Poster Presentations
Poster Presenters Listing & Layout
The poster presentation list is sorted by poster session day (Wednesday or Thursday) then poster number. Please use the search function to locate presenter name, title, session, or poster presentation day. For additional sorting options click column headers.
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Poster Presentation Day | Poster Number | Poster Presenter | PA Organization | Submission ID | Topic | Submission Title | Room | View Abstract |
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W | 1 | Stephen Hummel | U.S. Army / Boston College | 106 | AI/ML and Virtual Human Platforms for Threat Agent Hazard Assessment and Medical Countermeasure Discovery and Drug Development | digitalSELEX: An in silico Oligonucleotide Design Platform for Biosensors and Therapeutics | Exhibit Hall D | View Abstract |
Th | 2 | Kamil Musilek | University of Hradec Kralove | 123 | AI/ML and Virtual Human Platforms for Threat Agent Hazard Assessment and Medical Countermeasure Discovery and Drug Development | AI can be used for identification of modified oxime nucleophiles with enhanced cholinesterase reactivation | Exhibit Hall D | View Abstract |
W | 3 | Harshini Mukundan | Los Alamos National Laboratory | 146 | AI/ML and Virtual Human Platforms for Threat Agent Hazard Assessment and Medical Countermeasure Discovery and Drug Development | Intelligent Immunity – Modeling Innate Immune Responses for Agnostic Diagnostics, Therapeutics and Prediction of Disease Severity | Exhibit Hall D | View Abstract |
Th | 4 | Mark Weston | Netrias, LLC | 227 | AI/ML and Virtual Human Platforms for Threat Agent Hazard Assessment and Medical Countermeasure Discovery and Drug Development | AI Assisted Multi-Omics Data Harmonization and Integration | Exhibit Hall D | View Abstract |
W | 5 | Allison Melka | Excet support to US Army DEVCOM Chemical Biological Center | 235 | AI/ML and Virtual Human Platforms for Threat Agent Hazard Assessment and Medical Countermeasure Discovery and Drug Development | Proteomic, metabolomic, and lipidomic analyses of lung tissue exposed to mustard gas | Exhibit Hall D | View Abstract |
W | 6 | Francine Katz | The City College of New York | 287 | AI/ML and Virtual Human Platforms for Threat Agent Hazard Assessment and Medical Countermeasure Discovery and Drug Development | Regulation of actin depolymerization resulting from exposure to choking agent | Exhibit Hall D | View Abstract |
W | 7 | Francine Katz | The City College of New York | 292 | AI/ML and Virtual Human Platforms for Threat Agent Hazard Assessment and Medical Countermeasure Discovery and Drug Development | Effectors that Reduce Aging of Organophosphate Adducts of Acetylcholinesterase | Exhibit Hall D | View Abstract |
Th | 8 | Bowen Jing | MIT | 323 | AI/ML and Virtual Human Platforms for Threat Agent Hazard Assessment and Medical Countermeasure Discovery and Drug Development | Torsional Diffusion for Molecular Conformer Generation | Exhibit Hall D | View Abstract |
W | 9 | Sayak Mukherjee | Battelle | 344 | AI/ML and Virtual Human Platforms for Threat Agent Hazard Assessment and Medical Countermeasure Discovery and Drug Development | Deep learning QSAR modeling for fraction unbound in human plasma | Exhibit Hall D | View Abstract |
Th | 10 | Ping Gong | US Army Engineer Research and Development Center | 434 | AI/ML and Virtual Human Platforms for Threat Agent Hazard Assessment and Medical Countermeasure Discovery and Drug Development | Development of a novel acetylcholine sequestration-based countermeasure for nerve agent poisoning | Exhibit Hall D | View Abstract |
W | 11 | Miranda Paley | DHS Science & Technology | 474 | AI/ML and Virtual Human Platforms for Threat Agent Hazard Assessment and Medical Countermeasure Discovery and Drug Development | Assessing Computational Toxicology for Applications in Homeland Defense | Exhibit Hall D | View Abstract |
Th | 12 | Karissa Sanbonmatsu | Los Alamos National Laboratory | 528 | AI/ML and Virtual Human Platforms for Threat Agent Hazard Assessment and Medical Countermeasure Discovery and Drug Development | Using machine learning to establish a baseline for detection of epigenetic infection signatures | Exhibit Hall D | View Abstract |
W | 13 | Vivian Lin | PNNL | 543 | AI/ML and Virtual Human Platforms for Threat Agent Hazard Assessment and Medical Countermeasure Discovery and Drug Development | Discovery of non-canonical protein targets of chemicals of concern using activity-based protein profiling (ABPP) | Exhibit Hall D | View Abstract |
Th | 14 | Brian Bennion | LLNL | 573 | AI/ML and Virtual Human Platforms for Threat Agent Hazard Assessment and Medical Countermeasure Discovery and Drug Development | A Community Effort to Catalog the Reactivation of Acetylcholineesterase by Small Molecules | Exhibit Hall D | View Abstract |
W | 15 | Fangqiang Zhu | Lawrence Livermore National Laboratory | 583 | AI/ML and Virtual Human Platforms for Threat Agent Hazard Assessment and Medical Countermeasure Discovery and Drug Development | Large-scale application of free energy perturbation calculations for antibody design | Exhibit Hall D | View Abstract |
Th | 16 | C. Linn Cadieux | USAMRICD | 597 | AI/ML and Virtual Human Platforms for Threat Agent Hazard Assessment and Medical Countermeasure Discovery and Drug Development | Improved Nerve Agent Treatment System Early Development Pipeline (INATS EDP): Utilizing in silico, in vitro, ex vivo, and in vivo assays in human-relevant systems to evaluate proposed reactivator drug candidates as organophosphorus nerve agent countermeasures | Exhibit Hall D | View Abstract |
W | 17 | Cynthia Van Acker | Oak Ridge Institute of Science and Education Program; United States Army Medical Research Institute of Chemical Defense | 598 | AI/ML and Virtual Human Platforms for Threat Agent Hazard Assessment and Medical Countermeasure Discovery and Drug Development | Developing an Assay to Further Elucidate the Interactions of Chemical Warfare Agents and Reactivators with Acetylcholinesterase | Exhibit Hall D | View Abstract |
Th | 18 | Benjamin Wadsworth | Oak Ridge Institute for Science and Education; United States Army Medical Research Institute of Chemical Defense | 600 | AI/ML and Virtual Human Platforms for Threat Agent Hazard Assessment and Medical Countermeasure Discovery and Drug Development | Exploring the utility of a human-relevant mouse model for detecting and quantifying medical countermeasures in the brain. | Exhibit Hall D | View Abstract |
W | 19 | Nathan Tatum | ARA | 617 | AI/ML and Virtual Human Platforms for Threat Agent Hazard Assessment and Medical Countermeasure Discovery and Drug Development | Physiology-based modeling to explore repeat dosing of nasal naloxone after opioid overdoses | Exhibit Hall D | View Abstract |
Th | 20 | Nicholas Paparoidamis | US Army Medical Research Institute of Chemical Defense | 667 | AI/ML and Virtual Human Platforms for Threat Agent Hazard Assessment and Medical Countermeasure Discovery and Drug Development | Development of a Structure-Activity Relationship for Analogs of a Non-Oxime Reactivator for Nerve Agent-Inhibited Acetylcholinesterase | Exhibit Hall D | Abstract unavailable. |
W | 21 | Thomas Lane | Collaborations Pharmaceuticals, Inc | 674 | AI/ML and Virtual Human Platforms for Threat Agent Hazard Assessment and Medical Countermeasure Discovery and Drug Development | Machine Learning Models For Predicting Human Liver Microsomal Metabolism of Organophosphate Pesticides | Exhibit Hall D | View Abstract |
Th | 22 | David Crary | Applied Research Associates, Inc | 714 | AI/ML and Virtual Human Platforms for Threat Agent Hazard Assessment and Medical Countermeasure Discovery and Drug Development | Towards a Toxicokinetic Model of Nerve Agent Injuries in Humans | Exhibit Hall D | View Abstract |
W | 23 | Matthew Coleman | Physical and Life Sciences Directorate, Lawrence Livermore National Laboratory, Livermore, CA, USA | 730 | AI/ML and Virtual Human Platforms for Threat Agent Hazard Assessment and Medical Countermeasure Discovery and Drug Development | Demonstrating biological protection using nanoparticle technologies to improve neutrapharmecueticals bioavailability for CBRN: | Exhibit Hall D | View Abstract |
Th | 24 | Ramesh Jha | Los Alamos National Laboratory | 737 | AI/ML and Virtual Human Platforms for Threat Agent Hazard Assessment and Medical Countermeasure Discovery and Drug Development | High throughput test tools for expedited and ML-assisted enzyme design | Exhibit Hall D | View Abstract |
W | 25 | Celisha Oscar | SPA | 753 | AI/ML and Virtual Human Platforms for Threat Agent Hazard Assessment and Medical Countermeasure Discovery and Drug Development | The Use Of O-alkylation To Enhance Structural Stability and Biological Activity of Rotigotine | Exhibit Hall D | View Abstract |
Th | 26 | Sofiya Micheva-Viteva | Los Alamos National Laboratory | 91 | AI/ML and Virtual Human Platforms for Threat Agent Hazard Assessment and Medical Countermeasure Discovery and Drug Development | Human NMJ-based Microphysiological System for Discovery and Evaluation of Medical Countermeasures against Chemical Threats | Exhibit Hall D | View Abstract |
W | 27 | Anders Wallqvist | US Army | 93 | AI/ML and Virtual Human Platforms for Threat Agent Hazard Assessment and Medical Countermeasure Discovery and Drug Development | Machine learning and AI applications for assessing chemicals and drugs | Exhibit Hall D | View Abstract |
W | 28 | Anders Wallqvist | US Army | 94 | AI/ML and Virtual Human Platforms for Threat Agent Hazard Assessment and Medical Countermeasure Discovery and Drug Development | ToxProfiler: Toxicity-target profiler based on chemical similarity | Exhibit Hall D | View Abstract |
Th | 30 | Steve Hadeed | DTRA Reachback | 198 | Bio-Fi: Leveraging the Power of Biological Big Data for Advanced Analytics and Modeling of Chemical and Biological Threats | Notional Spread of Cholera in Haiti Following a Natural Disaster | Exhibit Hall D | View Abstract |
W | 31 | Elizabeth Dhummakupt | US Army DEVCOM Chemical Biological Center | 218 | Bio-Fi: Leveraging the Power of Biological Big Data for Advanced Analytics and Modeling of Chemical and Biological Threats | Metabolic and proteomic profiling of organophosphorus chemical warfare agent exposure on human liver-on-a-chip | Exhibit Hall D | Abstract unavailable. |
Th | 32 | Thomas Ingersoll | U.S. Army DEVCOM Chemical Biological Center | 329 | Bio-Fi: Leveraging the Power of Biological Big Data for Advanced Analytics and Modeling of Chemical and Biological Threats | Estimators for disease dynamics with imperfect surveillance | Exhibit Hall D | View Abstract |
W | 33 | Camilo Valdes | Lawrence Livermore National Laboratory | 436 | Bio-Fi: Leveraging the Power of Biological Big Data for Advanced Analytics and Modeling of Chemical and Biological Threats | Learning Microbial Representations with Hilbert Curve Visualizations | Exhibit Hall D | View Abstract |
Th | 36 | Sarah Schmitt | ARA | 655 | Bio-Fi: Leveraging the Power of Biological Big Data for Advanced Analytics and Modeling of Chemical and Biological Threats | Modeling Warfighter Performance Degradation Following Chemical/Biological (CB) Exposures: Improving Model Outputs to Better Estimate Mission Readiness and Force Lethality | Exhibit Hall D | View Abstract |
W | 37 | Jonathan Pinney | Gryphon Scientific LLC | 659 | Bio-Fi: Leveraging the Power of Biological Big Data for Advanced Analytics and Modeling of Chemical and Biological Threats | Towards Risk Assessment: A Quantitative Analysis of Global Biological Research | Exhibit Hall D | View Abstract |
Th | 38 | Paul Fenimore | Los Alamos National Laboratory | 666 | Bio-Fi: Leveraging the Power of Biological Big Data for Advanced Analytics and Modeling of Chemical and Biological Threats | Fast, efficient prediction of epidemic dynamics with variable size data input and good output fidelity | Exhibit Hall D | View Abstract |
W | 39 | Jennifer Corbin | Gryphon Scientific | 693 | Bio-Fi: Leveraging the Power of Biological Big Data for Advanced Analytics and Modeling of Chemical and Biological Threats | Development of a Data-Driven Tool to Assess Epidemiological Model Prediction Accuracy | Exhibit Hall D | View Abstract |
Th | 40 | Mario Citra | SRC, Inc. | 702 | Bio-Fi: Leveraging the Power of Biological Big Data for Advanced Analytics and Modeling of Chemical and Biological Threats | Leveraging Regulatory Models and Data for CB Operational Hazard Prediction | Exhibit Hall D | View Abstract |
Th | 41 | Jason Rodriguez | Applied Research Associates, Inc | 713 | Bio-Fi: Leveraging the Power of Biological Big Data for Advanced Analytics and Modeling of Chemical and Biological Threats | A Novel Framework for Modeling Person-to-Person Transmission of Respiratory Diseases | Exhibit Hall D | View Abstract |
Th | 42 | Jason Rodriguez | Applied Research Associates, Inc | 728 | Bio-Fi: Leveraging the Power of Biological Big Data for Advanced Analytics and Modeling of Chemical and Biological Threats | FXCODA: A Human Health Effects Module for DTRA Platforms | Exhibit Hall D | View Abstract |
W | 43 | Ece Bulut | Cornell University | 742 | Bio-Fi: Leveraging the Power of Biological Big Data for Advanced Analytics and Modeling of Chemical and Biological Threats | FInd CoV Control decision support tool forecasts the effects of COVID-19 on human health and productivity in the food industry sector | Exhibit Hall D | View Abstract |
Th | 44 | Jeffrey Price | Vala Sciences, Inc. | 749 | Bio-Fi: Leveraging the Power of Biological Big Data for Advanced Analytics and Modeling of Chemical and Biological Threats | AI-Enabled in vitro Cardiotoxicity Assay of hiPSC-Cardiomyocytes, 2nd Iteration Goal: Increase Human Response Predictivity from 90% to 95% | Exhibit Hall D | View Abstract |
W | 45 | Riccardo D'Elia | Defence Science and Technology Laboratory | 153 | Broad-Spectrum Therapeutics For Viral Diseases: A Medical Countermeasure Platform For Emerging Threats | Non Ionic Surfactant Vesicles as drug delivery and targeting systems for antimicrobials | Exhibit Hall D | View Abstract |
W | 47 | Lauren Panny | Biomedical and Veterinary Science, Virginia Polytechnic Institute, Christiansburg, VA | 189 | Broad-Spectrum Therapeutics For Viral Diseases: A Medical Countermeasure Platform For Emerging Threats | Inhibition of protein disulfide isomerases as a broad-spectrum anti-viral target | Exhibit Hall D | View Abstract |
Th | 48 | Thomas Laws | DSTL | 196 | Broad-Spectrum Therapeutics For Viral Diseases: A Medical Countermeasure Platform For Emerging Threats | Towards Immunotherapy against alphaviral encephalitis | Exhibit Hall D | View Abstract |
W | 49 | Paul Stewart | Tranexamic Technologies | 291 | Broad-Spectrum Therapeutics For Viral Diseases: A Medical Countermeasure Platform For Emerging Threats | Repurposing tranexamic acid as a broad spectrum antiviral nasal spray against respiratory viruses | Exhibit Hall D | View Abstract |
Th | 50 | Mahgol Behnia | Department of Internal Medicine, University of New Mexico Health Sciences Center, Albuquerque, NM 87131, USA | 294 | Broad-Spectrum Therapeutics For Viral Diseases: A Medical Countermeasure Platform For Emerging Threats | Inactivation of Venezuelan equine encephalitis virus genome using two methods | Exhibit Hall D | View Abstract |
W | 51 | Nileena Velappan | Los Alamos National Laboratory | 311 | Broad-Spectrum Therapeutics For Viral Diseases: A Medical Countermeasure Platform For Emerging Threats | Developing Affinity Reagents for Novel Diagnostic Assays | Exhibit Hall D | View Abstract |
Th | 52 | Stephanie Monticelli | USAMRIID | 322 | Broad-Spectrum Therapeutics For Viral Diseases: A Medical Countermeasure Platform For Emerging Threats | EVALUATION OF PROTECTIVE ANTIBODIES FROM HUMAN SURVIVORS OF CRIMEAN-CONGO HEMORRHAGIC FEVER | Exhibit Hall D | View Abstract |
W | 53 | Se Hun Gu | Agency for Defense Development | 327 | Broad-Spectrum Therapeutics For Viral Diseases: A Medical Countermeasure Platform For Emerging Threats | Small interfering RNA inhibit the severe acute respiratory syndrome coronavirus 2 infection | Exhibit Hall D | View Abstract |
Th | 54 | James Mullin | Lankenau Institute for Medical Research | 339 | Broad-Spectrum Therapeutics For Viral Diseases: A Medical Countermeasure Platform For Emerging Threats | The Centrality of Epithelial and Endothelial Barrier Leak in Pathogen-Based Disease: Leak Reduction by Elevated Levels of Tissue-Specific Micronutrients as a Prophylactic and Therapeutic Countermeasure | Exhibit Hall D | View Abstract |
W | 55 | Rachel Ireland | Defence Science and Technology Laboratory | 340 | Broad-Spectrum Therapeutics For Viral Diseases: A Medical Countermeasure Platform For Emerging Threats | Approaches to develop icDNA clones of encephalitic alphaviruses to characterize viral disease and evaluate broad-spectrum therapeutics | Exhibit Hall D | View Abstract |
W | 56 | Aarthi Narayanan | George Mason University | 352 | Broad-Spectrum Therapeutics For Viral Diseases: A Medical Countermeasure Platform For Emerging Threats | Inhibitors of the ubiquitin-proteasome pathway as broad-spectrum countermeasures against acutely infectious viruses | Exhibit Hall D | View Abstract |
W | 57 | Aarthi Narayanan | George Mason University | 363 | Broad-Spectrum Therapeutics For Viral Diseases: A Medical Countermeasure Platform For Emerging Threats | Brilacidin as a novel broad-spectrum antiviral countermeasure against acutely infectious viruses | Exhibit Hall D | View Abstract |
Th | 58 | Simon Galer | MedinCell | 370 | Broad-Spectrum Therapeutics For Viral Diseases: A Medical Countermeasure Platform For Emerging Threats | MedinCell®: Developing Long-Acting Injectables of Small Molecule Drugs to Biologics, Targeting Systemic or Local Delivery, Aiming to Provide Optimal Sustained Drug Exposure from a Single Injection. | Exhibit Hall D | View Abstract |
W | 59 | Marwah Karim | Stanford University | 390 | Broad-Spectrum Therapeutics For Viral Diseases: A Medical Countermeasure Platform For Emerging Threats | A novel class of small molecule inhibitors of PIKfyve potently suppresses encephalitic alphavirus infections | Exhibit Hall D | View Abstract |
Th | 60 | Sarah Sandholtz | Lawrence Livermore National Laboratory | 394 | Broad-Spectrum Therapeutics For Viral Diseases: A Medical Countermeasure Platform For Emerging Threats | A computational pipeline to identify broad-spectrum drug targets and interacting chemotypes in viral pathogens | Exhibit Hall D | View Abstract |
W | 61 | Dina Weilhammer | Lawrence Livermore National Lab | 400 | Broad-Spectrum Therapeutics For Viral Diseases: A Medical Countermeasure Platform For Emerging Threats | Building a molecular atlas of blood brain barrier disruption by Venezuelan equine encephalitis virus | Exhibit Hall D | View Abstract |
Th | 62 | Deepika Awasthi | Lawrence Berkeley National Lab | 413 | Broad-Spectrum Therapeutics For Viral Diseases: A Medical Countermeasure Platform For Emerging Threats | Engineered probiotics- a platform for discovery and evaluation of oral therapeutics | Exhibit Hall D | View Abstract |
W | 63 | Andrew Herbert | USAMRIID | 437 | Broad-Spectrum Therapeutics For Viral Diseases: A Medical Countermeasure Platform For Emerging Threats | Developing human monoclonal antibody-based therapies for hemorrhagic fever viruses | Exhibit Hall D | View Abstract |
Th | 64 | Na Young Kim | R&D Center, ABION INC., Seoul 08394, Republic of Korea | 450 | Broad-Spectrum Therapeutics For Viral Diseases: A Medical Countermeasure Platform For Emerging Threats | Developing of siRNA therapeutic platform for immediate respond against emerging viral pathogens | Exhibit Hall D | View Abstract |
W | 65 | Hong Seok Choi | Research Center, Abion Inc., 08394 Seoul, Republic of Korea | 453 | Broad-Spectrum Therapeutics For Viral Diseases: A Medical Countermeasure Platform For Emerging Threats | Development of ABN101, Interferon-beta mutein, as a broad-spectrum antiviral drug | Exhibit Hall D | View Abstract |
Th | 66 | Mohamad Ammar Ayass | Ayass Bioscience LLC | 481 | Broad-Spectrum Therapeutics For Viral Diseases: A Medical Countermeasure Platform For Emerging Threats | A Safe and effective neutralizing DNA aptamer therapy for combating SARS-CoV-2 | Exhibit Hall D | View Abstract |
Th | 68 | Jonathan Bohmann | Southwest Research Institute | 520 | Broad-Spectrum Therapeutics For Viral Diseases: A Medical Countermeasure Platform For Emerging Threats | Optimization of Next Generation Filovirus Therapeutics | Exhibit Hall D | View Abstract |
Th | 70 | Victor Ogungbe | Jackson State University | 539 | Broad-Spectrum Therapeutics For Viral Diseases: A Medical Countermeasure Platform For Emerging Threats | Investigation of non-structural protein 2 (nsp2) inhibitors as therapeutics for equine encephalitis and Chikungunya viral infections | Exhibit Hall D | View Abstract |
W | 71 | Christopher Sumner | Sandia National Laboratory | 548 | Broad-Spectrum Therapeutics For Viral Diseases: A Medical Countermeasure Platform For Emerging Threats | Characterization of SNL identified BBB-penetrating moieties (BBB PMs) for delivery of therapeutic cargo to the CNS | Exhibit Hall D | View Abstract |
Th | 72 | Catalina Florez | USAMRIID | 549 | Broad-Spectrum Therapeutics For Viral Diseases: A Medical Countermeasure Platform For Emerging Threats | Development of broad spectrum affinity matured monoclonal antibodies against New World Hantavirus | Exhibit Hall D | View Abstract |
W | 73 | Amanda Phelps | DSTL | 557 | Broad-Spectrum Therapeutics For Viral Diseases: A Medical Countermeasure Platform For Emerging Threats | Neurological sequelae – Assessing the hazard | Exhibit Hall D | View Abstract |
W | 75 | LE THANH MAI PHAM | Sandia National Laboratories | 604 | Broad-Spectrum Therapeutics For Viral Diseases: A Medical Countermeasure Platform For Emerging Threats | DISCOVERY, DESIGN, AND ENGINEERING OF NANOBODY-BASED THERAPEUTICS FOR SARS-COV-2 | Exhibit Hall D | View Abstract |
Th | 76 | Rekha Panchal | USAMRIID | 619 | Broad-Spectrum Therapeutics For Viral Diseases: A Medical Countermeasure Platform For Emerging Threats | In vitro and in vivo evaluation of small molecule S-adenosylhomocysteinase (AHCY) inhibitor against Ebola virus | Exhibit Hall D | View Abstract |
W | 77 | Steven Bradfute | University of New Mexico Health Sciences Center | 624 | Broad-Spectrum Therapeutics For Viral Diseases: A Medical Countermeasure Platform For Emerging Threats | Long non-coding RNAs in Venezuelan Equine Encephalitis virus infection | Exhibit Hall D | View Abstract |
Th | 78 | Caitlin Lehman | Virginia Tech | 628 | Broad-Spectrum Therapeutics For Viral Diseases: A Medical Countermeasure Platform For Emerging Threats | Early growth response 1 (EGR1): A potential therapeutic target for encephalitic viral infections? | Exhibit Hall D | View Abstract |
W | 79 | Olena Shtanko | Texas Biomedical Research Institute | 632 | Broad-Spectrum Therapeutics For Viral Diseases: A Medical Countermeasure Platform For Emerging Threats | Development of small-molecule antivirals targeting host VPS34 complex for treatment of emerging virus threats | Exhibit Hall D | View Abstract |
Th | 80 | Iris Jones | NTESS/Sandia National Laboratories | 640 | Broad-Spectrum Therapeutics For Viral Diseases: A Medical Countermeasure Platform For Emerging Threats | CRISPR inhibition and CRISPR activation pooled library screens offer an effective tool for identifying therapeutic targets against broad viral families | Exhibit Hall D | View Abstract |
Th | 81 | Warren Hoeffler | HOF Therapeutics | 645 | Broad-Spectrum Therapeutics For Viral Diseases: A Medical Countermeasure Platform For Emerging Threats | Repurposing catalytic inhibitors of topoisomerase cancer drugs as broad-spectrum countermeasures against viral and bacterial threats | Exhibit Hall D | View Abstract |
Th | 82 | David Trudil | New Horizons Diagnostics Corp | 664 | Broad-Spectrum Therapeutics For Viral Diseases: A Medical Countermeasure Platform For Emerging Threats | Treatment and Prevention of Respiratory Pathogens by use of a Modified Mannose Binding Lectin Based Aerosolized Nasal Spray | Exhibit Hall D | View Abstract |
W | 83 | Sherine Abdelmawla | Akanocure Pharmaceuticals, Inc. | 684 | Broad-Spectrum Therapeutics For Viral Diseases: A Medical Countermeasure Platform For Emerging Threats | A Broad-Spectrum Antiviral and Immunomodulatory Agent Against COVID-19 And Disease-X | Exhibit Hall D | View Abstract |
Th | 84 | Zachary Bornholdt | Eitr Biologics, Inc. | 697 | Broad-Spectrum Therapeutics For Viral Diseases: A Medical Countermeasure Platform For Emerging Threats | An orthogonal dual-interacting nanotherapeutic platform, ODIN, for the rapid development of broadly neutralizing multi-specific immunotherapeutics | Exhibit Hall D | View Abstract |
W | 85 | Allen Duplantier | Latham BioPharm Group | 716 | Broad-Spectrum Therapeutics For Viral Diseases: A Medical Countermeasure Platform For Emerging Threats | A structure-based drug design approach to the discovery of inhibitors of alphavirus nsP2 helicase | Exhibit Hall D | View Abstract |
Th | 86 | Elizabeth Clarke | University of New Mexico | 725 | Broad-Spectrum Therapeutics For Viral Diseases: A Medical Countermeasure Platform For Emerging Threats | Iminosugars are broad-spectrum viral inhibitors | Exhibit Hall D | View Abstract |
W | 87 | Jeff Hutchins | Inhalon Biopharma | 738 | Broad-Spectrum Therapeutics For Viral Diseases: A Medical Countermeasure Platform For Emerging Threats | Development of a platform of broad-spectrum, inhalable immunobiologics for the prevention and treatment of emerging viral infections | Exhibit Hall D | View Abstract |
Th | 88 | Blake Simmons | Lawrence Berkeley National Laboratory | 743 | Broad-Spectrum Therapeutics For Viral Diseases: A Medical Countermeasure Platform For Emerging Threats | A common structural framework for rapid therapeutic design against emerging pathogens | Exhibit Hall D | View Abstract |
W | 89 | Herbert Schweizer | Northern Arizona University | 101 | Challenges Faced In The Planning, Deployment, And Adoption Of A Layered Medical Defense Strategy | Discovery of Burkholderia pseudomallei Bacteriophages that Mediate Antimicrobial Susceptibility through Efflux Pump Dependent Infection | Exhibit Hall D | View Abstract |
Th | 90 | Beth Bachert | USAMRIID | 333 | Challenges Faced In The Planning, Deployment, And Adoption Of A Layered Medical Defense Strategy | Targeting the cell wall of Francisella: Peptidoglycan remodeling enzymes are essential for cell morphology and virulence, and show potential for therapeutic targeting | Exhibit Hall D | View Abstract |
W | 91 | Sara Ruiz | USAMRIID | 412 | Challenges Faced In The Planning, Deployment, And Adoption Of A Layered Medical Defense Strategy | Characterization of a Cynomolgus Macaque Model of Q fever | Exhibit Hall D | View Abstract |
Th | 92 | Erika Rapp | United States Military Academy | 501 | Challenges Faced In The Planning, Deployment, And Adoption Of A Layered Medical Defense Strategy | Combinations of novel bacteriophage are efficacious against MDR Pseudomonas aeruginosa and restore sensitivity to carbapenem antibiotics | Exhibit Hall D | View Abstract |
W | 93 | Kevin Mlynek | USAMRIID | 113 | Combatting Emerging Biological Threats – Preparing for the Future Today | Biofilm as a predictor of attenuation in Francisella tularensis | Exhibit Hall D | View Abstract |
Th | 94 | Patrick Armstrong | United States Military Academy | 114 | Combatting Emerging Biological Threats – Preparing for the Future Today | Investigation of Bacteriophage-Host Interactions Using Single Molecule Localization Microscopy | Exhibit Hall D | View Abstract |
Th | 96 | Mary Hourihan | USAMRIID | 139 | Combatting Emerging Biological Threats – Preparing for the Future Today | Broad Spectrum Activity of Delafloxacin against Bacterial Biothreat Agents | Exhibit Hall D | View Abstract |
W | 97 | Aysegul Nalca | U.S. Army Medical Research Institute of Infectious Diseases (USAMRIID) | 152 | Combatting Emerging Biological Threats – Preparing for the Future Today | Time to Protection Following Vaccination with JYNNEOS (IMVAMUNE/IMVANEX) and ACAM2000 against Lethal Monkeypox Virus in Nonhuman Primates | Exhibit Hall D | View Abstract |
Th | 98 | Jonathan Allen | Lawrence Livermore National Laboratory | 161 | Combatting Emerging Biological Threats – Preparing for the Future Today | Using AI/ML models to learn molecular interactions for novel countermeasure design | Exhibit Hall D | View Abstract |
W | 99 | Peter Barry | The Vaccine Group Ltd | 184 | Combatting Emerging Biological Threats – Preparing for the Future Today | Proof-of-concept for a transmissible Lassa virus vaccine in the rodent Mastomys natalensis reservoir: A strategy to mitigate spillover risk of highly pathogenic zoonotic viruses from animal reservoirs to humans | Exhibit Hall D | View Abstract |
W | 100 | Nileena Velappan | Los Alamos National Laboratory | 203 | Combatting Emerging Biological Threats – Preparing for the Future Today | Multiscale Analytics for Pathogen Prediction | Exhibit Hall D | View Abstract |
Th | 102 | Lloyd Hough | Department of Homeland Security Science and Technology Directorate | 264 | Combatting Emerging Biological Threats – Preparing for the Future Today | Hazard Awareness and Characterization Sciences to Protect the Homeland from Chemical, Biological, and Explosive Hazards | Exhibit Hall D | View Abstract |
W | 103 | Shanna Ratnesar-Shumate | Department of Homeland Security Science and Technology Directorate | 267 | Combatting Emerging Biological Threats – Preparing for the Future Today | Establishment of a Collaborative Roadmap and Standard Protocol for Rapidly Assessing the Fate of Emergent Biological Agents in the Environment (FAtE) | Exhibit Hall D | View Abstract |
Th | 104 | Simon D'oelsnitz | The University of Texas at Austin | 268 | Combatting Emerging Biological Threats – Preparing for the Future Today | Machine Learning Predictions of Antibody:Antigen Interactions | Exhibit Hall D | View Abstract |
W | 105 | Brooke Ahern | U.S. Army DEVCOM Chemical Biological Center | 269 | Combatting Emerging Biological Threats – Preparing for the Future Today | GLADTIER: A high throughput analysis for characterizing toxin/receptor interactions for disruption or reversibility of toxin activity | Exhibit Hall D | View Abstract |
Th | 106 | Joel Bozue | USAMRIID | 282 | Combatting Emerging Biological Threats – Preparing for the Future Today | Development, phenotypic characterization, genomic analysis, and virulence assessment of a Francisella tularensis panel for tularemia vaccine testing | Exhibit Hall D | View Abstract |
W | 107 | Caroline Schuerger | Center for Security and Emerging Technology, Georgetown University | 301 | Combatting Emerging Biological Threats – Preparing for the Future Today | Using open source data to characterize and identify gaps in viral family research and medical countermeasures | Exhibit Hall D | View Abstract |
Th | 108 | Chad Testa | Curza, Inc | 307 | Combatting Emerging Biological Threats – Preparing for the Future Today | Advancing CZ-02s (AIIPS) as a new class of medical countermeasure, with a new mechanism-of-action against drug-resistant bacterial infections, including those caused by multi-drug resistant Tier 1 Select Agents | Exhibit Hall D | View Abstract |
W | 109 | Aarthy Vallur | InBios International Inc. | 312 | Combatting Emerging Biological Threats – Preparing for the Future Today | Passive concentration of Burkholderia pseudomallei capsular polysaccharide from melioidosis urine samples for the enhanced detection on the InBios Active Melioidosis DetectTM Lateral Flow Immunoassay | Exhibit Hall D | View Abstract |
Th | 110 | Cassandra Smith Smith | MIT Lincoln Laboratory | 325 | Combatting Emerging Biological Threats – Preparing for the Future Today | National PPE Demand Estimate Tool | Exhibit Hall D | View Abstract |
W | 111 | Austin Shapiro | DoN- NSWC Indian Head | 346 | Combatting Emerging Biological Threats – Preparing for the Future Today | Littoral river test planning tool | Exhibit Hall D | View Abstract |
W | 112 | Aarthi Narayana | George Mason University | 367 | Combatting Emerging Biological Threats – Preparing for the Future Today | A DNA-nanoparticle-based antigen presenting platform for the development of broadly protective vaccines against acutely infectious viruses | Exhibit Hall D | View Abstract |
W | 113 | Monica Borucki | Lawrence Livermore National Laboratory | 381 | Combatting Emerging Biological Threats – Preparing for the Future Today | Climate-driven Changes to Host Nutrition May Impact the Emergence and Phenotype of Viral Variants | Exhibit Hall D | View Abstract |
Th | 114 | Amanda Love | JPEO-CBRND Medical | 383 | Combatting Emerging Biological Threats – Preparing for the Future Today | Vaccine Acceleration by Modular Progression (VAMP): Delivering Safe and Effective Vaccines to the Warfighter against New and Emerging Threats | Exhibit Hall D | View Abstract |
W | 115 | Aykan Karabudak | Emergex USA | 435 | Combatting Emerging Biological Threats – Preparing for the Future Today | READI: an innovative synthetic T cell vaccine technology platform pairing a gold nanoparticle delivery system with select targets from a ligandome of prescreened pathogen derived, naturally processed & presented MHC-I peptides to provide rapid response solutions to combat and broadly protect against biothreat pathogens | Exhibit Hall D | View Abstract |
Th | 116 | Migun Shakya | Los Alamos National Laboratory | 446 | Combatting Emerging Biological Threats – Preparing for the Future Today | Optimization and Development of Technologies for Environmental Biosurveillance | Exhibit Hall D | View Abstract |
W | 117 | Denis Vashchenko | Lawrence Livermore National Lab | 449 | Combatting Emerging Biological Threats – Preparing for the Future Today | AbBERT: Learning Antibody Humanness via Masked Language Modeling | Exhibit Hall D | View Abstract |
Th | 118 | Ian Gut | NBACC | 469 | Combatting Emerging Biological Threats – Preparing for the Future Today | Characterizing the lethal dose and disease progression of Bacillus cereus biovar anthracis Cameroon and Cote d'Ivoire following aerosol administration in the New Zealand white rabbit model. | Exhibit Hall D | View Abstract |
W | 119 | Kenneth Carson | Southwest Research Institute | 475 | Combatting Emerging Biological Threats – Preparing for the Future Today | Advanced Development of Vaccines Against Francisella tularensis (Ft), a Category “A” Select Agent | Exhibit Hall D | View Abstract |
Th | 120 | J. Matthew Meinig | USAMRIID | 493 | Combatting Emerging Biological Threats – Preparing for the Future Today | Enhanced in vitro activity of sodium fusidate against bacterial biothreat panels at low pH | Exhibit Hall D | View Abstract |
W | 121 | Brianna Brasko | United States Military Academy | 500 | Combatting Emerging Biological Threats – Preparing for the Future Today | Bacteriophage for biothreat remediation against Bacillus anthracis | Exhibit Hall D | View Abstract |
W | 123 | Armand Dichosa | Los Alamos National Laboratory | 507 | Combatting Emerging Biological Threats – Preparing for the Future Today | Genomics investigation of the human gut microbiome in microgravity using gel microdroplets and community cultivation strategies | Exhibit Hall D | View Abstract |
Th | 124 | Anuj (AJ) Singhal | CFD Research | 533 | Combatting Emerging Biological Threats – Preparing for the Future Today | Extremophile Derived Natural Products (EDeN) to combat future threats | Exhibit Hall D | View Abstract |
W | 125 | Richard Anthony | Vacunax Inc. | 553 | Combatting Emerging Biological Threats – Preparing for the Future Today | Superinfection Exclusion using Host Restricted-Live Attenuated Virus in persistently infected Mosquitoes as an Arbovirus Control Strategy | Exhibit Hall D | View Abstract |
Th | 126 | Kelly Kim | Gryphon Scientific LLC. | 560 | Combatting Emerging Biological Threats – Preparing for the Future Today | Empirical Research in Biosafety | Exhibit Hall D | View Abstract |
W | 127 | Armand Dichosa | Los Alamos National Laboratory | 566 | Combatting Emerging Biological Threats – Preparing for the Future Today | Supporting the development and evaluation of novel medical countermeasures by studying the emergence of single and multi-drug resistance in laboratory passed strains of Bacillus cereus | Exhibit Hall D | View Abstract |
W | 129 | David Rozak | USAMRIID | 581 | Combatting Emerging Biological Threats – Preparing for the Future Today | Tracking the emergence and fate of antibiotic resistance mutations in heterogeneous Yersinia pseudotuberculosis cultures | Exhibit Hall D | View Abstract |
Th | 130 | Анатолій Палій | NSC IECVM (Kharkiv, UA) | 636 | Combatting Emerging Biological Threats – Preparing for the Future Today | BIOTERRORISM LAUNCH FROM THE ACTS OF UNPUNISHED AGROTERRORISM | Exhibit Hall D | View Abstract |
W | 131 | Chris Miller | SaNOtize Research & Development Corp. | 637 | Combatting Emerging Biological Threats – Preparing for the Future Today | Sanotize: Topical Nitric Oxide Nasal Spray to Prevent Viral Infections | Exhibit Hall D | View Abstract |
Th | 132 | Warren Hoeffler | HOF Therapeutics | 647 | Combatting Emerging Biological Threats – Preparing for the Future Today | Harnessing the power of cell assembly programmed (CAP) organs: All organs samples available for threat assessment and regeneration as a countermeasure | Exhibit Hall D | View Abstract |
Th | 134 | Anthony Gregory | University of California, Irvine | 676 | Combatting Emerging Biological Threats – Preparing for the Future Today | A cross-protective, multivalent mRNA vaccine against Burkholderia | Exhibit Hall D | View Abstract |
W | 135 | Barney Bishop | George Mason University | 689 | Combatting Emerging Biological Threats – Preparing for the Future Today | Leveraging Natural Biodefense Mechanisms: Method Development for Host Defense Peptide Discovery | Exhibit Hall D | View Abstract |
Th | 136 | Christina Gardner | USAMRIID | 698 | Combatting Emerging Biological Threats – Preparing for the Future Today | Does size matter? Examining virulence of eastern equine encephalitis virus in nonhuman primates exposed to small and large aerosol particles | Exhibit Hall D | View Abstract |
W | 137 | James Nolan | Gryphon Scientific, LLC | 719 | Combatting Emerging Biological Threats – Preparing for the Future Today | An Integrated Machine Learning Approach to Constructing a Database of Biological Threat Actors | Exhibit Hall D | View Abstract |
Th | 138 | Patrick Chain | Los Alamos National Laboratory | 731 | Combatting Emerging Biological Threats – Preparing for the Future Today | Impact of COVID-19 multi-lineage co-infections on consensus genomes & repository errors, and evidence of within-host recombination | Exhibit Hall D | View Abstract |
Th | 140 | Blake Simmons | Lawrence Berkeley National Laboratory | 744 | Combatting Emerging Biological Threats – Preparing for the Future Today | Viral zoonoses and Human Adaptability - Integrating Multiomic Science with Machine Learning to Track Emergence | Exhibit Hall D | View Abstract |
W | 141 | Olivia Holzhaus | Rhodium Scientific LLC | 754 | Combatting Emerging Biological Threats – Preparing for the Future Today | In Space Biomanufacturing: Establishing Scalable Point Source Production of Critical Compounds to Counter Biological Threats of the Future | Exhibit Hall D | View Abstract |
Th | 142 | Helen Cui | Los Alamos National Laboratory | 759 | Combatting Emerging Biological Threats – Preparing for the Future Today | Global Scientific Engagement Enhancing Early Detection of Emerging Biological and Chemical Threats | Exhibit Hall D | View Abstract |
W | 143 | Martin Pratt | Pacific Northwest National Laboratory | 503 | eXtended Reality for Chemical and Biological Defense in Tactical and Training Environments | Mixed Reality enhanced chemical detection with M8 paper using machine learning on Microsoft HoloLens | Exhibit Hall D | View Abstract |
Th | 144 | Peter Anderson | MRIGlobal | 527 | eXtended Reality for Chemical and Biological Defense in Tactical and Training Environments | Augmented reality training for CBRN equipment | Exhibit Hall D | View Abstract |
W | 145 | Andy Haefner | Gamma Reality Inc. | 711 | eXtended Reality for Chemical and Biological Defense in Tactical and Training Environments | Multi-sensor Data Fusion and Visualization of CBRN Threats in Augmented Reality | Exhibit Hall D | View Abstract |
W | 147 | Richard Kingsborough | MIT | 133 | From Sensing To Making Sense | Low-SWaP-C Colorimetric Detection of Vapor-Phase Chemical Threats | Exhibit Hall D | View Abstract |
Th | 148 | Joshua Uzarski | US Army DEVCOM Soldier Center | 154 | From Sensing To Making Sense | Development of a machine learning-enabled multiplexed chemical warfare agent detection system | Exhibit Hall D | View Abstract |
Th | 150 | Patrick Riley | U.S. Army DEVCOM Chemical Biological Center | 170 | From Sensing To Making Sense | Unsupervised Spectral Compression | Exhibit Hall D | View Abstract |
W | 151 | William Harrison | NanoSonic Inc | 492 | Protection - Science and Technology Advances for Chemical and Biological Protection | High Stretch, Environmentally Robust, Elastomeric Barrier Composite for CBRN Protective Ensembles | Exhibit Hall D | Abstract unavailable. |
Th | 152 | Sarah Dowling | Indiana University Purdue University Indianapolis | 181 | From Sensing To Making Sense | Leveraging the diverse power of mass spectrometry for simplified threat agent sensing | Exhibit Hall D | View Abstract |
W | 153 | Andres Gaviria-Figueroa and Erin McAuley | Booz Allen Hamilton | 194 | From Sensing To Making Sense | Genomic Wastewater Surveillance for Infectious Disease Monitoring | Exhibit Hall D | View Abstract |
Th | 154 | Erik Emmons | US Army DEVCOM CBC | 202 | From Sensing To Making Sense | Waveguide-Enhanced Raman Spectroscopy for Field Detection of Threat Materials | Exhibit Hall D | View Abstract |
Th | 156 | Rebecca Hutchins | GTRI | 217 | From Sensing To Making Sense | Edge computing for global genomics-based threat detection, assessment, and decision support | Exhibit Hall D | View Abstract |
W | 157 | Elizabeth Dhummakupt | US Army DEVCOM Chemical Biological Center | 239 | From Sensing To Making Sense | Sticking It to Collection and Analysis: Utilizing Pressure-Sensitive Adhesive Paper Combined with Portable Mass Spectrometry for Detection of Threats | Exhibit Hall D | View Abstract |
Th | 158 | Natalie Gese | Washington State University | 240 | From Sensing To Making Sense | Reference Spectra for the Identification of Chemical Warfare Agent Simulants | Exhibit Hall D | View Abstract |
W | 159 | Radislav Potyrailo | GE Research | 273 | From Sensing To Making Sense | Delivering low-false-alarm multi-gas sensing performance in pervasive applications by cross-pollination between sensor electronics and mathematics of traditional analytical instruments | Exhibit Hall D | View Abstract |
W | 161 | Joseph Russell | MRIGlobal | 299 | From Sensing To Making Sense | Field-Forward Threat Sensing Through Raw Nanopore Electrical Signal: A Case Study in Arthropod-Borne Pathogen Detection on Saint Catherines Island | Exhibit Hall D | View Abstract |
Th | 162 | Robert Short | Detect-Ion | 336 | From Sensing To Making Sense | Micro Mass Spectrometry for enabling a Fieldable, High-Accuracy, Chemical Threat Sensing | Exhibit Hall D | View Abstract |
W | 163 | Mitch Wells | Teledyne FLIR Detection, Inc. | 342 | From Sensing To Making Sense | Two-dimensional Tandem Mass Spectrometry (2D MS/MS) for enhanced target detection and identification on a field-confirmatory portable mass spec system | Exhibit Hall D | View Abstract |
Th | 164 | Elisabeth Koplar | Spectra Plasmonics | 349 | From Sensing To Making Sense | From illicit-drug identification to chemical warfare combat: Fully Portable SERS technology for the rapid and accurate identification of chemical compounds | Exhibit Hall D | View Abstract |
W | 165 | Peter Mantica | ARA | 350 | From Sensing To Making Sense | Description and Utility of the Chemical/Biological System of Systems Optimization Tool (CBSoSOT) | Exhibit Hall D | View Abstract |
Th | 166 | Angela Zeigler | U.S. Army DEVCOM Chemical Biological Center | 354 | From Sensing To Making Sense | Paper on Demand: Inkjet Printing of Task-Specific Assays | Exhibit Hall D | View Abstract |
W | 167 | William Lawrence | MIT Lincoln Laboratory | 382 | From Sensing To Making Sense | Standoff Snapshot Spectral Sensor for UAV based Chemical Vapor Sensing | Exhibit Hall D | View Abstract |
Th | 168 | Johannes Langenberg | TNO Defence, Safety and Security | 388 | From Sensing To Making Sense | Early detection and differential diagnosis of acute chemical intoxications using AI | Exhibit Hall D | View Abstract |
W | 169 | David Glasbrenner | Battelle Memorial Institute | 407 | From Sensing To Making Sense | Bioperception Digital Engineering (BRDGE): A biodetection implementation and scenario modeling evaluation tool | Exhibit Hall D | View Abstract |
Th | 170 | J. Andrew Kouzelos | Design West Technologies, Inc. | 415 | From Sensing To Making Sense | Wearable Chemical Detector for Aerosolized Threats | Exhibit Hall D | View Abstract |
W | 171 | Eric Meshot | Lawrence Livermore National Laboratory | 440 | From Sensing To Making Sense | A Chemically Programmable Nano-Electronic Nose for Multi-Threat Detection | Exhibit Hall D | View Abstract |
Th | 172 | Alexander Govorov | Ohio University, Athens | 477 | From Sensing To Making Sense | Plasmonic paper-based sensing of small CWA molecules | Exhibit Hall D | View Abstract |
W | 173 | Ben Gardner | Collins Aerospace | 509 | From Sensing To Making Sense | UAV-based optical standoff identification capability | Exhibit Hall D | View Abstract |
W | 174 | Armand Dichosa | Los Alamos National Laboratory | 510 | From Sensing To Making Sense | Preparing for the Next Pandemic: Impact of Thawing Permafrost for Ancient Pathogens | Exhibit Hall D | View Abstract |
W | 175 | Euan McLeod | University of Arizona | 514 | From Sensing To Making Sense | Microtoroid optical chemosensors augmented with nanostructures for mechanically robust and stable sensing | Exhibit Hall D | View Abstract |
Th | 176 | Judith Su | University of Arizona | 519 | From Sensing To Making Sense | Ultra-sensitive and selective chemical threat sensing microtoroid resonators | Exhibit Hall D | View Abstract |
W | 177 | Olga Baturina | Naval Research Laboratory | 523 | From Sensing To Making Sense | Detection of Dimethyl Methyl Phosphonate (DMMP) by Acetylcholinesterase (AChE)-Grafted Plasmonic Sensor | Exhibit Hall D | View Abstract |
Th | 178 | Maulik Kotecha | J. Mike Walker ’66 Department of Mechanical Engineering, Texas A&M University | 537 | From Sensing To Making Sense | Extending The Diagnostic Capabilities of AI-based Portable MIMS-Systems for The Identification of Breath VOCs and Passive Sensing Applications | Exhibit Hall D | View Abstract |
W | 179 | Jeremy Wright | Sandia National Laboratories | 545 | From Sensing To Making Sense | Real-time In-situ Plume Characterization | Exhibit Hall D | View Abstract |
Th | 180 | Bradley Abramson | Noblis | 589 | From Sensing To Making Sense | Portable Sequencing Plus | Exhibit Hall D | View Abstract |
W | 181 | Joshua Whiting | NTESS | 593 | From Sensing To Making Sense | Building On Fentanyl Analog Independent Detection (FAID) for Other Novel Challenges | Exhibit Hall D | View Abstract |
Th | 182 | Michael Oglesbee | The Ohio State University, Infectious Diseases Institute | 595 | From Sensing To Making Sense | Leading not Bleeding: A Model for Innovation in a Clinical Diagnostic Laboratory Providing Real-time Public Health Surveillance Data | Exhibit Hall D | View Abstract |
W | 183 | Jessica Milke | Teledyne FLIR Detection, Inc. | 615 | From Sensing To Making Sense | Systems engineering approach to designing a low SWaP multi-class chemical vapor detector to address warfighter needs in the early development phase | Exhibit Hall D | View Abstract |
Th | 184 | Matthew Aernecke | 908 Devices | 660 | From Sensing To Making Sense | The Aero – A capability to rapidly detect aerosolized threats in the field | Exhibit Hall D | View Abstract |
W | 185 | Carolyn Cramer | Pacific Northwest National Laboratory | 675 | From Sensing To Making Sense | Chemical Biological Defense Application Development Internship Competition | Exhibit Hall D | View Abstract |
Th | 186 | Dave Roberts | National Strategic Research Institute | 701 | From Sensing To Making Sense | Towards Early Warning via Advanced Biological Sampling Efforts (Project ATREYU), An Automatic Biological Collection and PCR-identification System for Remote Sensing | Exhibit Hall D | View Abstract |
W | 187 | Stephen Houghton | SRC, Inc | 704 | From Sensing To Making Sense | ML-based Classification of CB Containing Munitions or Drones by Radar for Integrated Early Warning | Exhibit Hall D | View Abstract |
Th | 188 | Oliver Nakano-Baker | University of Washington | 707 | From Sensing To Making Sense | Rapidly deployable, compact detection platform using computationally designed molecular probes for disease, performance, and evolving threats | Exhibit Hall D | View Abstract |
W | 189 | Jeff Pruitt | S3 | 720 | From Sensing To Making Sense | Improved Standoff Threat Detection and Situational Awareness Using Multimodal Lidar-ASI System | Exhibit Hall D | View Abstract |
Th | 190 | Won Kim | Draper | 79 | From Sensing To Making Sense | Fully Autonomous Aeral Chemical Plume Mapping | Exhibit Hall D | View Abstract |
W | 191 | Robert Cubeta | IDA | 82 | From Sensing To Making Sense | Biological Warfare Agent Clinical Sampling and Analysis: Opportunities and Limitations | Exhibit Hall D | View Abstract |
Th | 192 | Kerry Vahala | California Institute of Technology | 88 | From Sensing To Making Sense | Towards miniature dual-comb spectroscopy systems for mid-IR trace gas sensing | Exhibit Hall D | View Abstract |
W | 193 | Ian Pardoe | U.S. Army DEVCOM Chemical Biological Center | 95 | From Sensing To Making Sense | Versatile materials for wide-ranging applications of colorimetric and electronic detection of chemical warfare agents | Exhibit Hall D | View Abstract |
Th | 194 | Nathan McDonald | U.S. Army DEVCOM Chemical Biological Center | 221 | Genetic Engineering Technologies and Detection of Gene Editing | Assessing functionality of cell-free protein systems from traditional biothreat organisms | Exhibit Hall D | View Abstract |
W | 195 | Natalie Robinett | Excet support to U.S. Army DEVCOM Chemical Biological Center | 226 | Genetic Engineering Technologies and Detection of Gene Editing | Building genes from scratch: A cost and time assessment of novel enzymatic DNA synthesis technology (Abstract for CBS, Roman Hernandez) | Exhibit Hall D | View Abstract |
Th | 196 | Casey Bernhards | U.S. Army DEVCOM Chemical Biological Center | 347 | Genetic Engineering Technologies and Detection of Gene Editing | Determining the prevalence of CRISPR off-target effects in bacteria: Can we detect if an organism has been genetically engineered? | Exhibit Hall D | View Abstract |
W | 197 | Tiffany Bernardo | MilliporeSigma | 365 | Genetic Engineering Technologies and Detection of Gene Editing | The Swiss Army Knife of Genome Engineering: A Brief History, Mechanistic Overview, and Current Applications of CRISPR Technology | Exhibit Hall D | View Abstract |
W | 198 | Cory Bernhards | U.S. Army DEVCOM Chemical Biological Center | 402 | Genetic Engineering Technologies and Detection of Gene Editing | Detecting genetic engineering via portable nanopore sequencing and reachback data analysis tools | Exhibit Hall D | View Abstract |
W | 199 | Nicholas Roehner | Raytheon BBN Technologies | 488 | Genetic Engineering Technologies and Detection of Gene Editing | Use of a Biological Decompiler to Predict Engineered Phenotype from Genomic Sequence Data | Exhibit Hall D | View Abstract |
Th | 200 | Mike Farrell | Georgia Tech Research Institute | 108 | Harnessing Physiological Data for Early Warning of Threat Exposure | Population-based fever surveillance for early warning of infectious disease outbreaks. | Exhibit Hall D | View Abstract |
W | 201 | Christopher Katinas | Sandia National Laboratories | 131 | Harnessing Physiological Data for Early Warning of Threat Exposure | Remote detection of human vital signs via hyperspectral and multispectral images | Exhibit Hall D | View Abstract |
Th | 202 | Consuelo Cuevas | MIT Lincoln Laboratory | 378 | Harnessing Physiological Data for Early Warning of Threat Exposure | Model-Agnostic Framework for Evaluating Performance, Robustness, and Fairness of Machine Learning Infection Detection | Exhibit Hall D | View Abstract |
W | 203 | Matthew Lux | U.S. Army DEVCOM Chemical Biological Center | 521 | Harnessing Physiological Data for Early Warning of Threat Exposure | Predicting Disease Outcomes From Physiological Data In The Common Marmoset | Exhibit Hall D | View Abstract |
Th | 204 | Jane Valentine | Johns Hopkins University Applied Physics Laboratory | 534 | Harnessing Physiological Data for Early Warning of Threat Exposure | Modeling detection of anthrax outbreak onset via a novel human sentinel network | Exhibit Hall D | View Abstract |
W | 205 | Meghan Hegarty-Craver | RTI International | 606 | Harnessing Physiological Data for Early Warning of Threat Exposure | Real-Time CBRN Algorithms Using Smartwatch Data | Exhibit Hall D | View Abstract |
Th | 206 | David Noren | Philips Research | 653 | Harnessing Physiological Data for Early Warning of Threat Exposure | Developing predictive models of chemical hazard exposure with hospital data: a case study using opioid treatment | Exhibit Hall D | View Abstract |
W | 207 | Sara Mariani | Philips Research | 670 | Harnessing Physiological Data for Early Warning of Threat Exposure | Monitoring Exposure through Standoff Health | Exhibit Hall D | View Abstract |
Th | 208 | Jaques Reifman | U.S. Army Medical Research and Development Command | 86 | Harnessing Physiological Data for Early Warning of Threat Exposure | Wearables detect malaria early in a controlled human-infection study | Exhibit Hall D | View Abstract |
W | 209 | Stephen Davis | Battelle Memorial Institute | 115 | Innovations In Next Generation CB Threat Characterization And Assessment For Decision Support | Chemical Fires Module Prototype II | Exhibit Hall D | View Abstract |
W | 211 | Maria Bauer | DWT | 141 | Innovations In Next Generation CB Threat Characterization And Assessment For Decision Support | SwarmPuck - Drone Swarm enabled CBRN sensing | Exhibit Hall D | View Abstract |
Th | 212 | Nathan Platt | IDA | 151 | Innovations In Next Generation CB Threat Characterization And Assessment For Decision Support | Operationally Relevant Methodology for the Evaluation of Inhalation Hazard Resulting from Chemical Warfare Agent Secondary Evaporation | Exhibit Hall D | View Abstract |
Th | 214 | Steven Kennon | Valent Applications Ltd | 164 | Innovations In Next Generation CB Threat Characterization And Assessment For Decision Support | Development of an agnostic UGV adapter for the remote characterisation & disposal of CB threats in sealed CBRN devices | Exhibit Hall D | View Abstract |
W | 215 | Charles Lissandrello | Draper | 191 | Innovations In Next Generation CB Threat Characterization And Assessment For Decision Support | Microfluidic innovations to enable sensitive and multiplexed nucleic acid detection in the field | Exhibit Hall D | View Abstract |
Th | 216 | Michal Simko | SEC Technologies, s.r.o. | 252 | Innovations In Next Generation CB Threat Characterization And Assessment For Decision Support | LIDAR based CWA stand-off detector using 2 CO2 tuneable laser under real-life scenarios | Exhibit Hall D | View Abstract |
W | 217 | Matthew Moe | DHS S&T | 275 | Innovations In Next Generation CB Threat Characterization And Assessment For Decision Support | DHS S&T CBRN hazard assessment challenges and opportunities | Exhibit Hall D | View Abstract |
W | 219 | Jordan Lefebvre | Aeris LLC | 355 | Innovations In Next Generation CB Threat Characterization And Assessment For Decision Support | Tactical Assault Kit Tactical Sensor Placement (TAK TSP) | Exhibit Hall D | View Abstract |
Th | 220 | Jerry Cabalo | DHS-S&T-CSAC | 358 | Innovations In Next Generation CB Threat Characterization And Assessment For Decision Support | Microsensor Arrays (e-Noses) for Food Defense | Exhibit Hall D | View Abstract |
W | 221 | Cody Floerchinger | Aeris LLC | 408 | Innovations In Next Generation CB Threat Characterization And Assessment For Decision Support | Microscale Urban Transport and Dispersion Modeling with the Joint Outdoor-Indoor Urban Large Eddy Simulation (JOULES) | Exhibit Hall D | View Abstract |
Th | 222 | Heesoo Jung | Agency for Defense Development, South Korea | 455 | Innovations In Next Generation CB Threat Characterization And Assessment For Decision Support | Dynamic and static evaporation of chemical warfare agent Novichok on the various materials | Exhibit Hall D | View Abstract |
W | 223 | Jason Han | MIT Lincoln Laboratory | 461 | Innovations In Next Generation CB Threat Characterization And Assessment For Decision Support | Characterization of Illicit Synthetic Opioid-Based Threat Scenarios in Support of Physical Modeling and Hazard Prediction | Exhibit Hall D | View Abstract |
Th | 224 | Joseph P. Smith | Oceanography Department, U.S. Naval Academy | 496 | Innovations In Next Generation CB Threat Characterization And Assessment For Decision Support | Improvement of Model Predictions for Waterborne Hazard Fate and Transport and the Development of Autonomous Surface Platforms for ‘Smart’ Chemical Plume Tracking in Coastal Systems | Exhibit Hall D | View Abstract |
W | 225 | Henry Lau | MIT Lincoln Laboratory | 499 | Innovations In Next Generation CB Threat Characterization And Assessment For Decision Support | Supporting mission planning and course of action evaluation using MEURIADS and DEMASQ | Exhibit Hall D | View Abstract |
Th | 226 | Ryan Hafer | Applied Research Associates | 532 | Innovations In Next Generation CB Threat Characterization And Assessment For Decision Support | Reconnaissance and Surveillance Planning and Offroad Routing with CB Hazards at the Tactical Edge | Exhibit Hall D | View Abstract |
Th | 227 | Ryan Hafer | Applied Research Associates | 535 | Innovations In Next Generation CB Threat Characterization And Assessment For Decision Support | Integrating Situation Awareness with Mission Analysis of CB Protection at the Tactical Level | Exhibit Hall D | View Abstract |
W | 229 | Chika Igba | USAMRIID | 561 | Innovations In Next Generation CB Threat Characterization And Assessment For Decision Support | Genotypic and phenotypic analysis of 22 historic Francisella tularensis isolates available through the Biodefense Reference Material Repository | Exhibit Hall D | View Abstract |
Th | 230 | Jacob Beal | Raytheon BBN | 562 | Innovations In Next Generation CB Threat Characterization And Assessment For Decision Support | FAST-NA Scanner: high-speed, low-SWaP computational assessment of biological threats | Exhibit Hall D | View Abstract |
W | 231 | Michael Sohn | Lawrence Berkeley National Laboratory | 623 | Innovations In Next Generation CB Threat Characterization And Assessment For Decision Support | Integrated Urban: Progress and vision for an urban hazard assessment capability | Exhibit Hall D | View Abstract |
W | 233 | Erin Linebarger | Neya Systems | 678 | Innovations In Next Generation CB Threat Characterization And Assessment For Decision Support | Multi-vehicle mission management for autonomous robotic CBRN response in ATAK | Exhibit Hall D | View Abstract |
Th | 234 | Mark Blenner | University of Delaware | 691 | Innovations In Next Generation CB Threat Characterization And Assessment For Decision Support | Leveraging the Outdoor and Built Environment Microbiota for Threat Signature Detection and Decision Support | Exhibit Hall D | View Abstract |
Th | 236 | Jason Byrd | ENSCO, Inc | 729 | Innovations In Next Generation CB Threat Characterization And Assessment For Decision Support | Rapid estimation of chemical properties with PRESTO | Exhibit Hall D | View Abstract |
W | 237 | Mian Jiang | University of Houston-Downtown | 756 | Innovations In Next Generation CB Threat Characterization And Assessment For Decision Support | Field assembling of portable batteries based on conventionally accessible material for sustainable and versatile applications in battleground | Exhibit Hall D | View Abstract |
Th | 238 | Derrick Kaseman | Los Alamos National Laboratory | 757 | Innovations In Next Generation CB Threat Characterization And Assessment For Decision Support | Earth’s field nuclear magnetic resonance: A new fieldable spectroscopy for organophosphate detection | Exhibit Hall D | View Abstract |
W | 239 | Eric Hugues | Telops | 83 | Innovations In Next Generation CB Threat Characterization And Assessment For Decision Support | The Hyper-Cam Nano: the next-generation thermal infrared hyperspectral imaging system. | Exhibit Hall D | View Abstract |
Th | 240 | Shane Kasten | USAMRICD | 109 | Mitigation - Science and Technology Advances for Chemical and Biological Contamination Mitigation | SkinKast: A multi-modal dermal disclosure spray for the rapid detection of chemical warfare agents on intact skin | Exhibit Hall D | View Abstract |
W | 241 | Bruce Salter | AFCEC | 124 | Mitigation - Science and Technology Advances for Chemical and Biological Contamination Mitigation | Physical and Chemical Performance Evaluation of an Alumina-Based Sorbent Kit after Expiration | Exhibit Hall D | View Abstract |
Th | 242 | Dimiter Petsev | University of New Mexico | 179 | Mitigation - Science and Technology Advances for Chemical and Biological Contamination Mitigation | Modeling of binary droplets impacting and contacting surfaces | Exhibit Hall D | View Abstract |
W | 243 | Janlyn Eikenberg | U.S. Army DEVCOM Chemical Biological Center | 223 | Mitigation - Science and Technology Advances for Chemical and Biological Contamination Mitigation | The effects of dirtied surfaces on contaminant retention and decontaminant performance | Exhibit Hall D | View Abstract |
Th | 244 | Joseph Myers | U.S. Army DEVCOM Chemical Biological Center | 225 | Mitigation - Science and Technology Advances for Chemical and Biological Contamination Mitigation | Chemical Hot Air Decontamination of contaminants from military relevant materials and sensitive electronic equipment using elevated relative humidity | Exhibit Hall D | View Abstract |
W | 245 | Harold Barnette | Naval Surface Warfare Center-Dahlgren Division | 247 | Mitigation - Science and Technology Advances for Chemical and Biological Contamination Mitigation | Dew point modeling the inactivation of Bacillus anthracis and B. thuringiensis spores, and an enveloped ribonucleic acid (RNA) virus surrogate for SARS-CoV-2 is a new tool for hot, humid air decontamination | Exhibit Hall D | View Abstract |
Th | 246 | Tony Buhr | Naval Surface Warfare Center-Dahlgren | 248 | Mitigation - Science and Technology Advances for Chemical and Biological Contamination Mitigation | Ultraviolet dosage and decontamination efficacy was widely variable across 14 UV devices after testing a dried enveloped ribonucleic acid virus surrogate for SARS-CoV-2 | Exhibit Hall D | View Abstract |
W | 247 | Alice Young | Naval Surface Warfare Center-Dahlgren | 254 | Mitigation - Science and Technology Advances for Chemical and Biological Contamination Mitigation | pH-adjusted bleach shelf-life testing demonstrated decontamination efficacy on a non-porous material contaminated with Bacillus anthracis Sterne and Ames spores for up to 13 weeks | Exhibit Hall D | View Abstract |
W | 248 | Melissa Sweat | DTRA | 256 | Mitigation - Science and Technology Advances for Chemical and Biological Contamination Mitigation | Evaluation of polymer-penetrant interactions to elucidate contaminant uptake and retention in polymer coatings | Exhibit Hall D | View Abstract |
W | 249 | Vipin Rastogi | U.S. Army DEVCOM Chemical Biological Center | 260 | Mitigation - Science and Technology Advances for Chemical and Biological Contamination Mitigation | Effective and Rapid Canine skin Disinfection | Exhibit Hall D | Abstract unavailable. |
Th | 250 | Robert Zimmerman | NSWC Indian Head, Navy Chem Bio Defense Div. (R2) | 261 | Mitigation - Science and Technology Advances for Chemical and Biological Contamination Mitigation | Purple Haze: A rapid, energetics based solution for biological agent defeat | Exhibit Hall D | View Abstract |
W | 251 | Vipin Rastogi | U.S. Army DEVCOM Chemical Biological Center | 262 | Mitigation - Science and Technology Advances for Chemical and Biological Contamination Mitigation | Disinfection of Surfaces Contaminated with SARS-CoV-2 Surrogate, HuCoV229E | Exhibit Hall D | View Abstract |
W | 253 | Anthony Malanoski | Naval Research Laboratory | 274 | Mitigation - Science and Technology Advances for Chemical and Biological Contamination Mitigation | Assessing Chemical Protective Capabilities in Coating Technologies | Exhibit Hall D | View Abstract |
W | 255 | Sun Dal Kim | Agency for Defense Development | 319 | Mitigation - Science and Technology Advances for Chemical and Biological Contamination Mitigation | Comparison of Decontamination Rates and Products of Chemical Agents Through Reaction with Various Homogeneous Solutions | Exhibit Hall D | View Abstract |
Th | 256 | Jana Kesavan | U.S. Army DEVCOM Chemical Biological Center | 335 | Mitigation - Science and Technology Advances for Chemical and Biological Contamination Mitigation | Evaluation of cold weather decontamination methods | Exhibit Hall D | View Abstract |
W | 257 | David McGarvey | U.S. Army DEVCOM Chemical Biological Center | 389 | Mitigation - Science and Technology Advances for Chemical and Biological Contamination Mitigation | HR-MAS analysis of skin exposed to chemical warfare agents | Exhibit Hall D | View Abstract |
W | 258 | Igor Novosselov | University of Washington | 392 | Mitigation - Science and Technology Advances for Chemical and Biological Contamination Mitigation | Supercritical Water Oxidation of Chemical Warfare Agents and Surrogates | Exhibit Hall D | View Abstract |
W | 259 | Valentine Nzengung | MuniRem Environmental LLC | 397 | Mitigation - Science and Technology Advances for Chemical and Biological Contamination Mitigation | Development, Evaluation, and Optimization of a Chemical Decontaminant for Chemical Warfare Agents | Exhibit Hall D | View Abstract |
Th | 260 | Shannon Niehus | Archival Institute | 399 | Mitigation - Science and Technology Advances for Chemical and Biological Contamination Mitigation | Using Underwater Drones to Mitigate Waterborne CBRN Threats | Exhibit Hall D | View Abstract |
W | 261 | Olga Baturina | Naval Research Laboratory | 401 | Mitigation - Science and Technology Advances for Chemical and Biological Contamination Mitigation | Nano structured titanium oxide materials capable of effective heterogeneous reactivity with 2-ethyl ethyl sulfide under ambient conditions | Exhibit Hall D | View Abstract |
Th | 262 | David Jiang | UCLA Chemical and Biomolecular Engineering Department | 422 | Mitigation - Science and Technology Advances for Chemical and Biological Contamination Mitigation | Dehydrochlorination decomposition of sulfur mustard and 2-CEES on rutile-TiO2(110): A DFT study | Exhibit Hall D | View Abstract |
W | 263 | Brady Gentle | Defence Science and Technology Group | 445 | Mitigation - Science and Technology Advances for Chemical and Biological Contamination Mitigation | Decontamination of ricin and abrin with detection by quantitative activity assay | Exhibit Hall D | View Abstract |
Th | 264 | Zachary Minter | National Strategic Research Institute (NSRI) | 464 | Mitigation - Science and Technology Advances for Chemical and Biological Contamination Mitigation | Rapid Energetic Medical Instrument Sterilization (REMIS) | Exhibit Hall D | View Abstract |
W | 265 | Brent Mantooth | U.S. Army DEVCOM Chemical Biological Center | 486 | Mitigation - Science and Technology Advances for Chemical and Biological Contamination Mitigation | Understanding and Controlling Chemical Transport in Coatings | Exhibit Hall D | View Abstract |
Th | 266 | John Landers | Leidos support to U.S. Army DEVCOM Chemical Biological Center | 517 | Mitigation - Science and Technology Advances for Chemical and Biological Contamination Mitigation | All-Weather Dry Decontaminant Fibers for HD Degradation | Exhibit Hall D | View Abstract |
W | 267 | Mihee Kim | Los Alamos National Laboratory | 641 | Mitigation - Science and Technology Advances for Chemical and Biological Contamination Mitigation | Reduction of Bacterial Adhesion by Self-Assembled Coatings of Zwitterionic Sulfobetaine-Containing Brush Polymers | Exhibit Hall D | View Abstract |
Th | 268 | Lim Ji Won | Agency for Defense Development | 642 | Mitigation - Science and Technology Advances for Chemical and Biological Contamination Mitigation | Characterization of a continuous neutralization for the chemical warfare agents by a flow reactor | Exhibit Hall D | View Abstract |
W | 269 | Jihyun Kwon | Agency for Defense Development | 650 | Mitigation - Science and Technology Advances for Chemical and Biological Contamination Mitigation | Neutralization rates and enthalpy of simulants and GD for disposal of the chemical warfare agents | Exhibit Hall D | View Abstract |
Th | 270 | Robert diTargiani | US Army Medical Research Institute of Chemical Defense | 668 | Mitigation - Science and Technology Advances for Chemical and Biological Contamination Mitigation | Wound Decontamination Evaluation Pipeline (WDEP): Decontamination of wounds contaminated with chemical warfare agents. | Exhibit Hall D | View Abstract |
Th | 272 | Ketan Bhatt | CFD Research Corporation | 750 | Mitigation - Science and Technology Advances for Chemical and Biological Contamination Mitigation | Portable Cold Plasma System for Microbial Decontamination | Exhibit Hall D | View Abstract |
W | 273 | Eva Lee | Designing an Unmanned System to Protect Warfighters and Civilians During WMD Attacks | 758 | Mitigation - Science and Technology Advances for Chemical and Biological Contamination Mitigation | Protecting warfighters (and civilians) during WMD attacks | Exhibit Hall D | View Abstract |
Th | 274 | Charles Carfagna, Jr. | Luna Labs USA | 765 | Mitigation - Science and Technology Advances for Chemical and Biological Contamination Mitigation | Durable Self-Decontaminating Solgel Coatings | Exhibit Hall D | View Abstract |
W | 275 | Lawrence Dubois | Nanoionix, LLC | 89 | Mitigation - Science and Technology Advances for Chemical and Biological Contamination Mitigation | Tough, permanent self-decontaminating paints and coatings for defense applications | Exhibit Hall D | View Abstract |
Th | 276 | Brian France | TDA Research, Inc. | 97 | Mitigation - Science and Technology Advances for Chemical and Biological Contamination Mitigation | Development of a Field Decontamination Kit for Military Working Dogs | Exhibit Hall D | View Abstract |
W | 277 | Johanna Bobrow | MIT Lincoln Laboratory | 125 | Next-Generation Bioaerosol Detection & Identification | Rapid Fieldable Biothreat Identification Via Laser-Based PCR | Exhibit Hall D | View Abstract |
Th | 278 | Matt O'Neal | NSWC Indian Head Division | 362 | Bio-Fi: Leveraging the Power of Biological Big Data for Advanced Analytics and Modeling of Chemical and Biological Threats | US Navy Shipboard Performance Model Approach to Empowering the Warfighter | Exhibit Hall D | View Abstract |
W | 279 | Jamie Marsay | Kromek | 193 | Next-Generation Bioaerosol Detection & Identification | Kromek Automated Pathogen Scanner - Air Sequencing (KAPscan-AS): Agnostic airborne pathogen detection and identification via fully automated and autonomous Long Read Sequencing | Exhibit Hall D | View Abstract |
Th | 280 | Bryan Rivers | U.S. Army DEVCOM Chemical Biological Center | 228 | Next-Generation Bioaerosol Detection & Identification | Assay and sample preparation method development for the Extreme PCR Bio-ID Rapid Detector (xBIRD) prototype | Exhibit Hall D | View Abstract |
W | 281 | Anastasios Chanalaris | Kromek | 271 | Next-Generation Bioaerosol Detection & Identification | Zoonotic and Engineered Pathogen Identification from Metagenomic Reads | Exhibit Hall D | View Abstract |
W | 283 | Michael Brothers | Air Force Research Laboratory 711th Human Performance Wing/UES Inc. | 387 | Next-Generation Bioaerosol Detection & Identification | Development of Micro-fluidic Capability for Rapid Environmental Bioreconnaissance Point Sensor Targeting Biological Threats | Exhibit Hall D | View Abstract |
Th | 284 | Vishaka Santosh | Excet support to U.S. Army DEVCOM Chemical Biological Center | 393 | Next-Generation Bioaerosol Detection & Identification | Rapid and automated identification of aerosolized biothreats | Exhibit Hall D | View Abstract |
W | 285 | Cory Bernhards | U.S. Army DEVCOM Chemical Biological Center | 396 | Next-Generation Bioaerosol Detection & Identification | Bioaerosol threat surveillance via untargeted nanopore sequencing technology | Exhibit Hall D | View Abstract |
Th | 286 | Ethan McBride | Los Alamos National Laboratory | 404 | Next-Generation Bioaerosol Detection & Identification | Multi-dimensional Portable Mass Spectrometry for Biological Detection | Exhibit Hall D | View Abstract |
W | 287 | Adina Doyle | U.S. Army DEVCOM Chemical Biological Center | 424 | Next-Generation Bioaerosol Detection & Identification | Biodiversity of the operational aerosol background environment | Exhibit Hall D | View Abstract |
Th | 288 | Mike Farrell | Georgia Tech Research Institute | 443 | Next-Generation Bioaerosol Detection & Identification | Next Generation Biosensor | Exhibit Hall D | View Abstract |
W | 289 | Miles Rogers | Raytheon BBN Technologies | 490 | Next-Generation Bioaerosol Detection & Identification | A Surface Acoustic Wave Immunosensor for Aerosol Detection | Exhibit Hall D | View Abstract |
Th | 290 | Daniel Lauriola | BaySpec, Inc. | 515 | Next-Generation Bioaerosol Detection & Identification | Detection and identification of bioaerosol species by miniaturized Dual Frequency Combs based waveguide enhanced Coherent Raman Spectroscopy (DC-WECRS) | Exhibit Hall D | View Abstract |
W | 291 | Eric Carnes | University of Nebraska Medical Center | 601 | Next-Generation Bioaerosol Detection & Identification | Stabilization of Critical Reagents for Cold-Chain-Free Global Deployment | Exhibit Hall D | View Abstract |
Th | 292 | Patricia Buckley | U.S. Army DEVCOM Chemical Biological Center | 658 | Next-Generation Bioaerosol Detection & Identification | Biothreat Detection Canines for Disease Detection and Pandemic Preparedness | Exhibit Hall D | View Abstract |
W | 293 | Kevin Crown | National Strategic Research Institute | 710 | Next-Generation Bioaerosol Detection & Identification | Rapidly dissolvable filters for biological aerosol collection with high collection efficiency, 100% extraction efficiency, and maintenance of viability for down-stream analysis and inclusion into automatic microfluidic identification | Exhibit Hall D | View Abstract |
Th | 294 | Trina Vian | MIT Lincoln Laboratory | 85 | Next-Generation Bioaerosol Detection & Identification | Chemical and biological agent defense in subways | Exhibit Hall D | View Abstract |
W | 295 | Daniel Angelini | U.S. Army DEVCOM Chemical Biological Center | 231 | Overcoming Limitations of Organ-on-Chip (OoC) Technologies to Advance the Characterization and Medical Management of Chemical and Biological (CB) Threats | Multiomic analysis of vesicant exposed human dermal equivalent | Exhibit Hall D | View Abstract |
Th | 296 | Gabrielle Rizzo | US Army DEVCOM Chemical Biological Center | 233 | Overcoming Limitations of Organ-on-Chip (OoC) Technologies to Advance the Characterization and Medical Management of Chemical and Biological (CB) Threats | Normalization of organ-on-a-chip samples for mass spectrometry-based proteomics and metabolomics via dansylation-based assay | Exhibit Hall D | View Abstract |
W | 297 | Dylan Fudge | DTRA | 270 | Overcoming Limitations of Organ-on-Chip (OoC) Technologies to Advance the Characterization and Medical Management of Chemical and Biological (CB) Threats | Design and Application of an Adept Aerosol/Vapor Lung-on-Chip and Aerosol/Vapor Delivery Systems | Exhibit Hall D | View Abstract |
Th | 298 | Christopher Phillips | U.S. Army DEVCOM Chemical Biological Center | 285 | Overcoming Limitations of Organ-on-Chip (OoC) Technologies to Advance the Characterization and Medical Management of Chemical and Biological (CB) Threats | The use of the 6DPF larval zebrafish in a light dark behavioral assay to determine the sub-lethal effects of Dexmedatomidine, Carfentanil, Ketamine, and VX. | Exhibit Hall D | View Abstract |
W | 299 | Nick Fischer | Lawrence Livermore National Lab | 359 | Overcoming Limitations of Organ-on-Chip (OoC) Technologies to Advance the Characterization and Medical Management of Chemical and Biological (CB) Threats | RECAPITULATING COMPLEX NEURONAL-GLIA NETWORKS IN AN IN VITRO SYSTEM FOR TOXICANT CHARACTERIZATION | Exhibit Hall D | View Abstract |
Th | 300 | Claire Robertson | Lawrence Livermore National Lab | 395 | Overcoming Limitations of Organ-on-Chip (OoC) Technologies to Advance the Characterization and Medical Management of Chemical and Biological (CB) Threats | Bioprinted functional human vasculature to study mechanisms of vasculitis | Exhibit Hall D | View Abstract |
W | 301 | Trevor Glaros | LANL | 414 | Overcoming Limitations of Organ-on-Chip (OoC) Technologies to Advance the Characterization and Medical Management of Chemical and Biological (CB) Threats | InCEPTIoN: Integrated OmiCs of Emergent Pathways for Therapeutic Intervention of New and Emerging Threats | Exhibit Hall D | View Abstract |
Th | 302 | Martin Trapecar | Johns Hopkins University School of Medicine | 587 | Overcoming Limitations of Organ-on-Chip (OoC) Technologies to Advance the Characterization and Medical Management of Chemical and Biological (CB) Threats | Donor-matched Multiorgan Microphysiological Systems in Advanced Risk Assessment | Exhibit Hall D | View Abstract |
W | 303 | Lenka Pulkrabkova | Department of Toxicology and Military Pharmacy, Faculty of Military Health Sciences, University of Defence, Trebesska 1575, Hradec Kralove (Czech Republic) | 596 | Overcoming Limitations of Organ-on-Chip (OoC) Technologies to Advance the Characterization and Medical Management of Chemical and Biological (CB) Threats | IN VITRO MODEL EXPRESSING ACETYLCHOLINESTERASE FOR THE EVALUATION OF NEUROTOXICITY AND PROTECTION AGAINST NERVE AGENTS | Exhibit Hall D | View Abstract |
Th | 304 | Warren Hoeffler | HOF Therapeutics | 646 | Overcoming Limitations of Organ-on-Chip (OoC) Technologies to Advance the Characterization and Medical Management of Chemical and Biological (CB) Threats | Cryopreservation improvements for CAP organs-on-chip increase viability and reproducibility to improve data sets on CB threats and counter measure development | Exhibit Hall D | View Abstract |
W | 305 | Nicholas Be | Lawrence Livermore National Laboratory | 677 | Overcoming Limitations of Organ-on-Chip (OoC) Technologies to Advance the Characterization and Medical Management of Chemical and Biological (CB) Threats | Microbiome platforms for prediction of human health and threat resilience | Exhibit Hall D | View Abstract |
Th | 306 | Mohammad Omar Ishak | Los Alamos National Laboratory | 735 | Overcoming Limitations of Organ-on-Chip (OoC) Technologies to Advance the Characterization and Medical Management of Chemical and Biological (CB) Threats | In-vitro 3D skin model with applications in biodosimetry & toxicology | Exhibit Hall D | View Abstract |
W | 307 | Heath Mills | Rhodium Scientific LLC | 752 | Overcoming Limitations of Organ-on-Chip (OoC) Technologies to Advance the Characterization and Medical Management of Chemical and Biological (CB) Threats | Establishing an Astronaut Gut on a Chip to Develop Countermeasures against Gut Microbiome Dysbiosis in Space | Exhibit Hall D | View Abstract |
W | 309 | Joseph Eiden | FluGen | 182 | PALADINS: Protective Approaches Leveraging AD-aptive and IN-nate Systems | Intranasal M2SR (M2-deficient single replication) live H3N2 investigational influenza vaccine induces HAI responses against drifted influenza strains, as well as T cell responses and mucosal IgA in serosusceptible adults | Exhibit Hall D | View Abstract |
Th | 310 | Sergei Biryukov | USAMRIID | 212 | PALADINS: Protective Approaches Leveraging AD-aptive and IN-nate Systems | Protective Efficacy and Immune Response of Subunit Hcp1-based and Live Attenuated Bp 668 ΔilvI Candidate Vaccines | Exhibit Hall D | View Abstract |
W | 311 | Apichai Tuanyok | Department of Infectious Diseases and Immunology, College of Veterinary Medicine, University of Florida, Gainesville, FL | 303 | PALADINS: Protective Approaches Leveraging AD-aptive and IN-nate Systems | Burkholderia pseudomallei Infection Models in Humanized HLA Transgenic Mice | Exhibit Hall D | View Abstract |
Th | 312 | Jennifer Schwedler | Sandia National Labs | 305 | PALADINS: Protective Approaches Leveraging AD-aptive and IN-nate Systems | Therapeutic efficacy of a potent anti-VEEV antibody is contingent on humoral and cell-mediated cytotoxic immunity | Exhibit Hall D | View Abstract |
W | 313 | Riccardo d'ELia | Defence Science and Technology Laboratory UK | 320 | PALADINS: Protective Approaches Leveraging AD-aptive and IN-nate Systems | Plague RNA vaccine efficacy in the mouse model | Exhibit Hall D | View Abstract |
W | 315 | Paul Brett | University of Nevada, Reno School of Medicine | 366 | PALADINS: Protective Approaches Leveraging AD-aptive and IN-nate Systems | Development of scalable processes to facilitate GMP‐compliant production of a melioidosis subunit vaccine candidate | Exhibit Hall D | View Abstract |
Th | 316 | Mary Burtnick | University of Nevada, Reno School of Medicine | 368 | PALADINS: Protective Approaches Leveraging AD-aptive and IN-nate Systems | Optimization of serological assays for the analysis of antigen-specific antibody responses in melioidosis patients | Exhibit Hall D | View Abstract |
W | 317 | Joshua Dye | Darwin Biosciences, Inc. | 376 | PALADINS: Protective Approaches Leveraging AD-aptive and IN-nate Systems | Designing studies for the collection and analysis of saliva samples from pre-symptomatic individuals | Exhibit Hall D | View Abstract |
Th | 318 | Michael Norris | University of Florida Emerging Pathogens Institute | 405 | PALADINS: Protective Approaches Leveraging AD-aptive and IN-nate Systems | Inability to synthesize anthrose leads to pathophysiological changes in Bacillus anthracis. | Exhibit Hall D | View Abstract |
Th | 319 | Michael Norris | University of Florida Emerging Pathogens Institute | 409 | PALADINS: Protective Approaches Leveraging AD-aptive and IN-nate Systems | Identification of new host-interactomes during cellular anthrax | Exhibit Hall D | View Abstract |
Th | 320 | Ann Sluder | Massachusetts General Hospital | 410 | PALADINS: Protective Approaches Leveraging AD-aptive and IN-nate Systems | Longitudinal study of immune responses to Q-VAX in young healthy adults to support the development of novel vaccines for Q fever and tests for exposure surveillance | Exhibit Hall D | View Abstract |
W | 321 | Jenny Hernandez-Davies | UC Irvine | 427 | PALADINS: Protective Approaches Leveraging AD-aptive and IN-nate Systems | Intranasal immunization as a route to needle-free, self administration of vaccines. | Exhibit Hall D | View Abstract |
Th | 322 | Kimberly Celona | Northern Arizona University | 431 | PALADINS: Protective Approaches Leveraging AD-aptive and IN-nate Systems | BurkPx: A Multiplex Serodiagnostic Bead Assay To Monitor Burkholderia pseudomallei Exposures In Non-Human Primates | Exhibit Hall D | View Abstract |
Th | 323 | Na Young Kim | R&D Center, ABION INC., Seoul 08394, Republic of Korea | 454 | PALADINS: Protective Approaches Leveraging AD-aptive and IN-nate Systems | Development of mRNA vaccine platform against emerging infectious disease | Exhibit Hall D | View Abstract |
Th | 324 | Charles Shoemaker | USAMRIID | 463 | PALADINS: Protective Approaches Leveraging AD-aptive and IN-nate Systems | Transcriptomic analysis reveals host miRNAs correlated with immune gene dysregulation during fatal disease progression in the Ebola virus cynomolgus macaque disease model | Exhibit Hall D | View Abstract |
W | 325 | David Saunders | Uniformed Services University School of Medicine | 564 | PALADINS: Protective Approaches Leveraging AD-aptive and IN-nate Systems | Longitudinal phase 2 clinical trials of live, attenuated tularemia vaccine in otherwise healthy research laboratory workers operating in containment laboratories | Exhibit Hall D | View Abstract |
Th | 326 | Jonathan Pinney | Gryphon Scientific LLC | 609 | PALADINS: Protective Approaches Leveraging AD-aptive and IN-nate Systems | Understanding rodent and non-human primate (NHP) immunity to inform human modeling of biological agents | Exhibit Hall D | View Abstract |
W | 327 | Douglas Reed | University of Pittsburgh | 616 | PALADINS: Protective Approaches Leveraging AD-aptive and IN-nate Systems | Humoral and cellular immune correlates of protection for live, attenuated tularemia vaccines in the outbred New Zealand White rabbit. | Exhibit Hall D | View Abstract |
Th | 328 | Ashley Bryan | United States Army Medical Research Institute of Infectious Diseases (USAMRIID) | 654 | PALADINS: Protective Approaches Leveraging AD-aptive and IN-nate Systems | Monkeypox Virus Persists in the Testes of Nonhuman Primate Survivors | Exhibit Hall D | View Abstract |
Th | 329 | David Trudil | New Horizons Diagnostics Corp | 656 | PALADINS: Protective Approaches Leveraging AD-aptive and IN-nate Systems | Rapid Point of Care (POC) Lateral Flow Immunoassay (LFI) assays for Salivary Mucosal IgA and IgG for the determination of Immune status against COVID-19 | Exhibit Hall D | View Abstract |
Th | 330 | Jan Sharon | University of California Irvine | 694 | PALADINS: Protective Approaches Leveraging AD-aptive and IN-nate Systems | Development of single dose nanoparticle vaccines against select agent Coxiella burnetii | Exhibit Hall D | View Abstract |
W | 331 | Crystal Burke | US Army Medical Research Institute of Infectious Diseases | 722 | PALADINS: Protective Approaches Leveraging AD-aptive and IN-nate Systems | Effect of viral challenge dose on electroencephalogram (EEG) patterns from nonhuman primates aerosol exposed to Venezuelan equine encephalitis virus (VEEV) | Exhibit Hall D | View Abstract |
Th | 332 | Xiankun Zeng | USAMRIID | 724 | PALADINS: Protective Approaches Leveraging AD-aptive and IN-nate Systems | Ebola Virus Challenge Sites in the Skeletal Muscles of Nonhuman Primate as a Model to Study Disease Enhancement Mediated by Pre-existing Immunity | Exhibit Hall D | View Abstract |
W | 333 | Cathryn Mayes | Sandia National Labs | 180 | Broad-Spectrum Therapeutics For Viral Diseases: A Medical Countermeasure Platform For Emerging Threats | Use of CRISPR-based antivirals as broad-spectrum therapeutics | Exhibit Hall D | View Abstract |
Th | 334 | Delaney Davis | University of Chicago | 763 | PALADINS: Protective Approaches Leveraging AD-aptive and IN-nate Systems | Multiple Coated PCL Microparticles for Single Administration Vaccine | Exhibit Hall D | View Abstract |
W | 335 | Catherine Schein | UTMB-Galveston | 84 | PALADINS: Protective Approaches Leveraging AD-aptive and IN-nate Systems | Broad spectrum protein-peptide antigens against encephalitic alphaviruses | Exhibit Hall D | View Abstract |
Th | 336 | Oyewale Oyediran | University of ibadan , Brandeis University by August 2022 | 98 | PALADINS: Protective Approaches Leveraging AD-aptive and IN-nate Systems | Monoclonal/Polyclonal Antibodies preparation to Investigate Lassa virus | Exhibit Hall D | View Abstract |
W | 337 | Marco Pravetoni | University of Washington School of Medicine, Department of Psychiatry and Behavioral Sciences, Seattle, WA | 578 | Polyclonal Antibodies Against Multiple Chemical Threats | Vaccines and monoclonal antibodies to counteract synthetic opioids’ toxicity, poisoning, and lethality | Exhibit Hall D | View Abstract |
W | 339 | Craig McElroy | The Ohio State University | 682 | Polyclonal Antibodies Against Multiple Chemical Threats | Efficacy of a Variety of Transition State Analogue Haptens in a Prophylactic Vaccine Against Organophosphorus Nerve Agent Exposure | Exhibit Hall D | View Abstract |
W | 341 | William Morris | NuMat Technologies Inc. | 104 | Protection - Science and Technology Advances for Chemical and Biological Protection | Transitioning Metal-Organic Frameworks to Deployable Solutions for Warfighter Protection | Exhibit Hall D | View Abstract |
Th | 342 | Bjoern Pedersen | Norwegian Defence Research Establishment (FFI) | 116 | Protection - Science and Technology Advances for Chemical and Biological Protection | Testing of particle filtering half masks during the coronavirus pandemic | Exhibit Hall D | View Abstract |
W | 343 | Mitchell Weston | NuMat Technologies | 132 | Protection - Science and Technology Advances for Chemical and Biological Protection | Passive Filtration of Toxic Gases in Enclosed Spaces using Metal-Organic Framework Textile Composites | Exhibit Hall D | View Abstract |
Th | 344 | Katherine Simpson | Arctos | 140 | Protection - Science and Technology Advances for Chemical and Biological Protection | Characterization of Zirconium Hydroxide and MOF-Doped Materials for CWA Neutralization | Exhibit Hall D | View Abstract |
W | 345 | Joshua Uzarski | US Army DEVCOM Soldier Center | 155 | Protection - Science and Technology Advances for Chemical and Biological Protection | Low-dimensional nanomaterials for thin, elastomeric, durable barriers for chemical protection | Exhibit Hall D | View Abstract |
Th | 346 | Pratibha Sinha | DEVCOM Soldier Center | 175 | Protection - Science and Technology Advances for Chemical and Biological Protection | Development of Improved Liquid Cooled Garment | Exhibit Hall D | View Abstract |
Th | 347 | Hyunsook Jung | Agency for Defense Development | 186 | Protection - Science and Technology Advances for Chemical and Biological Protection | Short-chain fluorocarbon-based polymeric coating with excellent non wetting ability against chemical warfare agents | Exhibit Hall D | View Abstract |
Th | 348 | Hyunsook Jung | Agency for Defense Development | 188 | Protection - Science and Technology Advances for Chemical and Biological Protection | Methodology of dynamic swatch cell testing in wind conditions to determine the penetration of aerosolized chemical warfare agents in a liquid phase for warfighter capabilities | Exhibit Hall D | View Abstract |
W | 349 | Igor Novosselov | University of Washington | 197 | Protection - Science and Technology Advances for Chemical and Biological Protection | Continuous Flow MOF Synthesis in Supercritical CO2 | Exhibit Hall D | View Abstract |
Th | 350 | Jonathan Pham | University of Kentucky | 200 | Protection - Science and Technology Advances for Chemical and Biological Protection | Wetting and adhesion of soft and swollen polymeric interfaces | Exhibit Hall D | View Abstract |
W | 351 | Shelle McDonald | Arctos | 211 | Protection - Science and Technology Advances for Chemical and Biological Protection | Investigating Surface Binding Effects: Antibacterial Efficacy of Bound 8-Hydroxyquinoline against Staphylococcus aureus and Escherichia coli | Exhibit Hall D | View Abstract |
Th | 352 | Marilyn Lee | U.S. Army DEVCOM Chemical Biological Center | 220 | Protection - Science and Technology Advances for Chemical and Biological Protection | A cell-free polymer material platform: DNA-encoded smart materials for sensing and decontamination | Exhibit Hall D | View Abstract |
W | 353 | Trenton Tovar | U.S. Army DEVCOM Chemical Biological Center | 232 | Protection - Science and Technology Advances for Chemical and Biological Protection | Controlling the heterogeneous catalysis of zirconium clusters within porous scaffolds | Exhibit Hall D | View Abstract |
Th | 354 | Howard Walls | Research Triangle Institute | 249 | Protection - Science and Technology Advances for Chemical and Biological Protection | Aerosol Testing of CB Protective Garments for the Female Warfighter | Exhibit Hall D | View Abstract |
Th | 356 | Jamie Drew | Defence Science Technology Laboratory | 263 | Protection - Science and Technology Advances for Chemical and Biological Protection | Enhanced Environmental Test and Evaluation of Adsorbents for Respiratory Protection | Exhibit Hall D | View Abstract |
W | 357 | Michael Zielinski | US Army Combat Capabilities Development Command-Soldier Center | 277 | Protection - Science and Technology Advances for Chemical and Biological Protection | Systems Development and Integration for Tactical All-Hazards Ensemble | Exhibit Hall D | Abstract unavailable. |
Th | 358 | Kira Baugh | NSWC Indian Head | 283 | Protection - Science and Technology Advances for Chemical and Biological Protection | Measuring breakthrough performance of Chemical, Biological and Radiological (CBR) gas filter media in extreme high humidity | Exhibit Hall D | View Abstract |
W | 359 | Aleksandr Noy | Lawrence Livermore National Laboratory | 302 | Protection - Science and Technology Advances for Chemical and Biological Protection | Controlled mass transport in highly-confined 1D and 2D nanofluidic material platforms | Exhibit Hall D | View Abstract |
W | 361 | Mary Okorie | Seton Hall University | 310 | Protection - Science and Technology Advances for Chemical and Biological Protection | Fluorine Interfaced Reactive Materials for Proactive Reduction of Threats | Exhibit Hall D | View Abstract |
W | 363 | Martijn de Koning | TNO Defence, Safety & Security | 317 | Protection - Science and Technology Advances for Chemical and Biological Protection | Metal−organic framework/textile composites for the rapid and sensitive assessment of exposure to a toxic organophosphonate | Exhibit Hall D | View Abstract |
Th | 364 | Patricia Bigrig | US ARMY DEVCOM SC | 321 | Protection - Science and Technology Advances for Chemical and Biological Protection | Functional Clothing Design for the Tactical All Hazards Ensemble | Exhibit Hall D | View Abstract |
W | 365 | Cody Kendig | U.S. Army DEVCOM Chemical Biological Center | 326 | Protection - Science and Technology Advances for Chemical and Biological Protection | Proof of Concept Respirator Lens Fog Test Chamber | Exhibit Hall D | View Abstract |
Th | 366 | Seung Jung Yu | Agency for Defense Development | 332 | Protection - Science and Technology Advances for Chemical and Biological Protection | Development of a vapor-based polymeric adhesive layer for the lamination of separation membranes and its application to aerosol protection | Exhibit Hall D | View Abstract |
Th | 368 | Stephanie Wilson | NAVSEA | 371 | Protection - Science and Technology Advances for Chemical and Biological Protection | Is the Navy five-year periodicity to size and fit chemical biological radiological defense protective masks sufficient? | Exhibit Hall D | View Abstract |
W | 369 | Joe Rossin | Guild Associates, Inc. | 374 | Protection - Science and Technology Advances for Chemical and Biological Protection | Advanced Barrier Materials for Chemical Defense | Exhibit Hall D | View Abstract |
Th | 370 | Kristian Van de Voorde | ORISE Fellow support to U.S. Army DEVCOM Chemical Biological Center | 380 | Protection - Science and Technology Advances for Chemical and Biological Protection | The Volume-Saving Elastomer Networks for Operational Materiel (VENOM) Product Suite: Utilizing advanced manufacturing techniques to produce lower-burden respiratory protective equipment | Exhibit Hall D | View Abstract |
W | 371 | James Lee | NSWCIH | 385 | Protection - Science and Technology Advances for Chemical and Biological Protection | Filter performance and the counter intuitive nature of CT requirements | Exhibit Hall D | View Abstract |
Th | 372 | Tara Coia | The Nonwovens Insitute- NC State University | 386 | Protection - Science and Technology Advances for Chemical and Biological Protection | Development of Adsorbent System Against Chemical Threats | Exhibit Hall D | View Abstract |
W | 373 | Trenton Tovar | U.S. Army DEVCOM Chemical Biological Center | 391 | Protection - Science and Technology Advances for Chemical and Biological Protection | Extended life filter for chemical biological radiological and nuclear (CBRN) protection | Exhibit Hall D | View Abstract |
Th | 374 | Jennifer Poole | Teledyne FLIR Detection, Inc. | 403 | Protection - Science and Technology Advances for Chemical and Biological Protection | Lightweight modifications of existing PPE for improved bioprotection | Exhibit Hall D | View Abstract |
W | 375 | John Mahle | U.S. Army DEVCOM Chemical Biological Center | 416 | Protection - Science and Technology Advances for Chemical and Biological Protection | Role of Zirconium metal-organic framework defects on chemical warfare agent performance studied through novel synthesis and mass transfer methods | Exhibit Hall D | View Abstract |
Th | 376 | Jiwoong Heo | Agency for Defense Development | 432 | Protection - Science and Technology Advances for Chemical and Biological Protection | Graphene oxide/polymer hybrid membrane based on hydrogen bonding and size sieving effect for chemical warfare agent blocking. | Exhibit Hall D | View Abstract |
W | 377 | Jaekyung Bae | Agency for defense devolpment, south korea | 438 | Protection - Science and Technology Advances for Chemical and Biological Protection | Real time analysis and computational models of CWAs penetration through swatches of various protective layer | Exhibit Hall D | View Abstract |
Th | 378 | Natalie Pomerantz | DEVCOM Soldier Center | 444 | Protection - Science and Technology Advances for Chemical and Biological Protection | Agent Permeation and Decontamination Through Reactive Textile Composites | Exhibit Hall D | View Abstract |
W | 379 | Kyeong Min Cho | Agency for Defense Development | 447 | Protection - Science and Technology Advances for Chemical and Biological Protection | Breathable ZIF/GO membranes for protection of chemical warfare agents | Exhibit Hall D | View Abstract |
Th | 380 | Kyeong Min Cho | Agency for Defense Development | 451 | Protection - Science and Technology Advances for Chemical and Biological Protection | Highly Durable Membranes with Carbon Nanomaterials for Protection of Chemical Warfare Agent | Exhibit Hall D | View Abstract |
W | 381 | Erin Anderson | US Army DEVCOM Soldier Center | 462 | Protection - Science and Technology Advances for Chemical and Biological Protection | Protecting the Suit that Protects the Soldier | Exhibit Hall D | View Abstract |
Th | 382 | Joseph Palomba | U.S. Army DEVCOM Soldier Center | 466 | Protection - Science and Technology Advances for Chemical and Biological Protection | Atomic Force Microscopy as a Tool for Understanding the Interface of Metal-Organic Frameworks and Polymers | Exhibit Hall D | View Abstract |
W | 383 | Nada Abdelaziz | Missouri University of Science and Technology | 491 | Protection - Science and Technology Advances for Chemical and Biological Protection | Composite MOF/Zr(OH)4-Polymer Catalytic Filters for in-situ Removal and Destruction of Chemical Warfare agents | Exhibit Hall D | View Abstract |
W | 385 | D. Andrew Knight | Florida Institute of Technology | 511 | Protection - Science and Technology Advances for Chemical and Biological Protection | Cobalt(III)- and rhodium(III)-porphyrin complexes for the effective neutralization of opioids | Exhibit Hall D | View Abstract |
W | 387 | Sanchao Liu | Army Research Lab | 542 | Protection - Science and Technology Advances for Chemical and Biological Protection | Silk protein nanofiber filter with antiviral activity against viral aerosols | Exhibit Hall D | View Abstract |
Th | 388 | Fateme Rezaei | Missouri University of Science & Technology | 552 | Protection - Science and Technology Advances for Chemical and Biological Protection | Composite MOF/Zr(OH)4-Polymer Catalytic Filters for in-situ Removal and Destruction of Chemical Warfare Agents and Other Toxic Chemicals | Exhibit Hall D | Abstract unavailable. |
W | 389 | Corie Ralston | Lawrence Berkeley National Lab | 554 | Protection - Science and Technology Advances for Chemical and Biological Protection | Development of peptoid-based nanoparticle conjugates for chemical and biological warfare agent detection and mitigation | Exhibit Hall D | View Abstract |
W | 390 | Walter Zukas | U.S. Army DEVCOM SC, Natick, MA | 555 | Protection - Science and Technology Advances for Chemical and Biological Protection | Elastomer Laminates for Chemical Protection | Exhibit Hall D | View Abstract |
W | 391 | Walter Zukas | U.S. Army DEVCOM Soldier Center, Natick, MA | 556 | Protection - Science and Technology Advances for Chemical and Biological Protection | Breathable Elastomers with Chemical and Biological Protection | Exhibit Hall D | View Abstract |
Th | 392 | Sergio Garibay | Leidos Inc. support to U.S. Army DEVCOM Chemical Biological Center | 567 | Protection - Science and Technology Advances for Chemical and Biological Protection | Enhancing catalytic activity and mitigating poisoning of active sites within metal-organic frameworks in organophosphate hydrolysis through post-synthesis modification | Exhibit Hall D | View Abstract |
W | 393 | James Varnum | US Army Combat Capabilities Development Command (DEVCOM) Solider Center | 584 | Protection - Science and Technology Advances for Chemical and Biological Protection | Effects of laundering on adsorption-based fabric systems | Exhibit Hall D | View Abstract |
Th | 394 | Paul DeSario | U.S. Naval Research Laboratory | 590 | Protection - Science and Technology Advances for Chemical and Biological Protection | Oxide aerogels with enhanced sorptive and degradative activity for acute chemical threats | Exhibit Hall D | View Abstract |
W | 395 | Seon Joo Park | Korea Research Institute of Bioscience and Biotechnology (KRIBB) | 602 | Protection - Science and Technology Advances for Chemical and Biological Protection | Ultrasensitive chemical nerve agent sensors | Exhibit Hall D | View Abstract |
Th | 396 | Kamalesh Sirkar | New Jersy institute of technology | 630 | Protection - Science and Technology Advances for Chemical and Biological Protection | Graphene oxide and metal organic framework based breathable barrier membrane for toxic vapors | Exhibit Hall D | Abstract unavailable. |
W | 397 | Min-Kun Kim | Agency for Defense Development | 661 | Protection - Science and Technology Advances for Chemical and Biological Protection | Multi-purpose high air/water permeable membrane for CBRN protection | Exhibit Hall D | View Abstract |
Th | 398 | Ari Giaya | LaunchBay LLC | 663 | Protection - Science and Technology Advances for Chemical and Biological Protection | Fluorine-Free Biaxially Stretchable Barrier Fabric for NFPA Class I Ensemble | Exhibit Hall D | Abstract unavailable. |
W | 399 | Mikaela Boyanich | Virginia Tech | 699 | Protection - Science and Technology Advances for Chemical and Biological Protection | Fundamental Studies of Metal-Organic Framework-Supported Single Metal Atoms for the Capture and Decomposition of Toxic Compounds: Mechanistic Insight into Carbon Monoxide Oxidation | Exhibit Hall D | View Abstract |
Th | 400 | Danya Nahas | Virginia Tech | 700 | Protection - Science and Technology Advances for Chemical and Biological Protection | Mechanistic Studies of CO Oxidation Over Single Atom Catalysts Supported by Metal-Organic Frameworks | Exhibit Hall D | View Abstract |
W | 401 | Chad Roy | Tulane University School of Medicine | 717 | Protection - Science and Technology Advances for Chemical and Biological Protection | A Miniaturized Electrostatic Precipitator Respirator Effectively Removes Ambient SARS-CoV-2 Bioaerosols | Exhibit Hall D | View Abstract |
Th | 402 | Jamie Monico | Luna Labs USA | 766 | Protection - Science and Technology Advances for Chemical and Biological Protection | Next Generation Tactile CBRN Gloves via Polymer Mixed Matrix Composite | Exhibit Hall D | View Abstract |
W | 403 | Arshia Sulaiman | Virginia Tech | 99 | Protection - Science and Technology Advances for Chemical and Biological Protection | Engineering Scaffolds for Chemical Warfare Agent Uptake and Destruction | Exhibit Hall D | View Abstract |
Th | 404 | Michael Malfatti | Lawrence Livermore National Laboratory, Biosciences and Biotechnology Division | 111 | Repurposing to Speed Chemical and Biological Medical Countermeasure Discovery and Development | The effect of time and sequence on organophosphate and opioid antidote administration after exposure to organophosphates | Exhibit Hall D | View Abstract |
Th | 406 | Janice Chambers | Mississippi State University | 178 | Repurposing to Speed Chemical and Biological Medical Countermeasure Discovery and Development | Novel substituted phenoxyalkyl pyridinium oximes alone and in combination with 2-PAM provide improved survival and attenuation of OP-induced toxic signs in rats and guinea pigs | Exhibit Hall D | View Abstract |
W | 407 | Nathan Unsworth | Defence Science and Technology Group | 204 | Repurposing to Speed Chemical and Biological Medical Countermeasure Discovery and Development | Assessment of antibiotics using the hollow fibre infection model to identify improved melioidosis therapeutics | Exhibit Hall D | View Abstract |
Th | 408 | Satya Achanta | Duke University | 418 | Repurposing to Speed Chemical and Biological Medical Countermeasure Discovery and Development | Biomarkers, Drug Targets, and Repurposed Medical Countermeasures against Phosgene Inhalation Injuries | Exhibit Hall D | View Abstract |
Th | 410 | Patrick McNutt | Wake Forest Institute for Regenerative Medicine | 459 | Repurposing to Speed Chemical and Biological Medical Countermeasure Discovery and Development | Development of Human Organ Tissue Equivalents for Predictive Pathology and Medical Countermeasure Selection | Exhibit Hall D | View Abstract |
W | 411 | Ian Gut | NBACC | 482 | Repurposing to Speed Chemical and Biological Medical Countermeasure Discovery and Development | Characterizing medical countermeasure efficacy against aerosol administration of Bacillus cereus biovar anthracis Cameroon and Cote d'Ivoire in the New Zealand white rabbit model. | Exhibit Hall D | View Abstract |
Th | 412 | Thomas Burke | Center for Environmental Health Sciences, College of Veterinary Medicine, Mississippi State University, Mississippi State, MS 39762 | 494 | Repurposing to Speed Chemical and Biological Medical Countermeasure Discovery and Development | Novel Substituted Phenoxyalkyl Pyridinium Oximes Display Improved Pharmacokinetic Parameters as Compared to 2-PAM | Exhibit Hall D | View Abstract |
Th | 413 | Todd Myers | USAMRICD | 498 | Repurposing to Speed Chemical and Biological Medical Countermeasure Discovery and Development | The Göttingen Minipig as a Large Animal Model for Medical Countermeasure Development: Overview of Benefits and Recent Strides Forward | Exhibit Hall D | View Abstract |
Th | 414 | Todd Myers | USAMRICD | 502 | Repurposing to Speed Chemical and Biological Medical Countermeasure Discovery and Development | A Non-Human Primate Model of Carfentanil Overdose: Rescue Treatments that Completely Prevent Renarcotization | Exhibit Hall D | View Abstract |
W | 415 | Gita Shankar | SRI International, Pharmaceutical Sciences Group, Biosciences Division, Menlo Park, CA | 572 | Repurposing to Speed Chemical and Biological Medical Countermeasure Discovery and Development | High-dose Naloxone formulation for intramuscular or intravenous administration | Exhibit Hall D | View Abstract |
Th | 416 | Antonina Simakova | BioHybrid Solutions LLC | 574 | Repurposing to Speed Chemical and Biological Medical Countermeasure Discovery and Development | Agent Catalytic Enzyme Scavengers (ACES) for Nerve Agent Prophylaxis | Exhibit Hall D | Abstract unavailable. |
W | 417 | David Rozak | USAMRIID | 582 | Repurposing to Speed Chemical and Biological Medical Countermeasure Discovery and Development | Developing and characterizing panels of single and multi-drug resistant bacterial surrogates for use in evaluating novel and repurposed therapeutic compounds | Exhibit Hall D | View Abstract |
Th | 418 | Aishwarya Sriraman | Oak Ridge Institute for Science and Education / United States Army Medical Research Institute of Chemical Defense | 586 | Repurposing to Speed Chemical and Biological Medical Countermeasure Discovery and Development | Effects of Both Inherent Chemical Structure and Environmental Conditions on the Enzyme-Small Molecule Relationship of a Non-Oxime Reactivator of Organophosphorus-Inhibited Human Acetylcholinesterase | Exhibit Hall D | View Abstract |
W | 419 | Vanessa Dunn | Oak Ridge Institute of Science and Education Program; United States Army Medical Research Institute of Chemical Defense | 599 | Repurposing to Speed Chemical and Biological Medical Countermeasure Discovery and Development | Development of a Multi-Agent Screening Assay for Novel Reactivators of Organophosphorus-Inhibited Human Acetylcholinesterase | Exhibit Hall D | View Abstract |
Th | 420 | Kazunori Koide | University of Pittsburgh | 626 | Repurposing to Speed Chemical and Biological Medical Countermeasure Discovery and Development | New synthetic analogs of 2-pralidoxime with a broader spectrum against organophosphorus nerve agents | Exhibit Hall D | View Abstract |
W | 421 | Emily Luteran | Los Alamos National Laboratory | 672 | Repurposing to Speed Chemical and Biological Medical Countermeasure Discovery and Development | Characterization of diketopiperazine shuttles for improved transport of therapeutics across the blood-brain barrier | Exhibit Hall D | View Abstract |
W | 422 | Christopher Hadad | Ohio State University | 679 | Repurposing to Speed Chemical and Biological Medical Countermeasure Discovery and Development | Resurrecting the dead: Recovery of organophosphorus poisoned acetylcholinesterase using quinone methide precursors | Exhibit Hall D | View Abstract |
W | 423 | Christopher Hadad | Ohio State University | 683 | Repurposing to Speed Chemical and Biological Medical Countermeasure Discovery and Development | Bridging the Gap: Providing Selectivity and Specificity for Potential Therapeutics Against Organophosphorus Intoxication by Connecting Quinone Methide Precursors to Peripheral Binding Site Linkers | Exhibit Hall D | View Abstract |
W | 425 | Kevin Miller | The Ohio State University - Hadad Lab | 695 | Repurposing to Speed Chemical and Biological Medical Countermeasure Discovery and Development | Towards a Pseudo-Catalytic Bioscavenger: in vitro Reactivation of Organophosphorus-Inhibited and Resurrection of Organophosphorus-Aged Butyrylcholinesterase by Quinone Methide Precursors | Exhibit Hall D | View Abstract |
Th | 426 | Shawn Blumberg | Southwest Research Institute | 686 | Repurposing to Speed Chemical and Biological Medical Countermeasure Discovery and Development | Synthesis Development and Optimization of Scopolamine | Exhibit Hall D | View Abstract |
Th | 427 | Shawn Blumberg | Southwest Research Institute | 721 | Repurposing to Speed Chemical and Biological Medical Countermeasure Discovery and Development | Synthesis Development and Optimization of HLö7 DMS | Exhibit Hall D | View Abstract |
Th | 428 | Ashley Peralta | LANL | 726 | Repurposing to Speed Chemical and Biological Medical Countermeasure Discovery and Development | Design and Synthesis of Diketopiperazine (DKP) as Shuttles for Therapeutics Across the Blood-Brain Barrier | Exhibit Hall D | View Abstract |
W | 429 | Keith Brown | Jumpcode Genomics, Inc. | 138 | Revolutionary Diagnostics – Nontraditional Approaches for Developing Breakthrough Capabilities Against Emerging Threats | A UNIVERSAL ‘DAY ZERO’ INFECTIOUS DISEASE TESTING STRATEGY EXPLOITING CRISPR-BASED SAMPLE DEPLETION AND METAGENOMIC SEQUENCING | Exhibit Hall D | View Abstract |
Th | 430 | Wenting Shao | University of Pittsburgh | 156 | Revolutionary Diagnostics – Nontraditional Approaches for Developing Breakthrough Capabilities Against Emerging Threats | A Carbon Nanotube-Based Field-Effect Transistor Biosensor for the Detection of Fentanyl Exposure | Exhibit Hall D | View Abstract |
W | 431 | Armand Paauw | TNO | 195 | Revolutionary Diagnostics – Nontraditional Approaches for Developing Breakthrough Capabilities Against Emerging Threats | Proteomics an agnostic approach to detect emerging viruses | Exhibit Hall D | View Abstract |
Th | 432 | Manohar John | Pathovacs Incorporated | 201 | Revolutionary Diagnostics – Nontraditional Approaches for Developing Breakthrough Capabilities Against Emerging Threats | A simple and rapid lateral flow assay for accurate diagnosis of acute human Brucella melitensis infection | Exhibit Hall D | View Abstract |
W | 433 | Jennifer Lee | DTRA support to U.S. Army DEVCOM Chemical Biological Center | 258 | Revolutionary Diagnostics – Nontraditional Approaches for Developing Breakthrough Capabilities Against Emerging Threats | Alternative reporters for paper-based cell-free biosensing | Exhibit Hall D | View Abstract |
Th | 434 | Keersten Ricks | USAMRIID | 279 | Revolutionary Diagnostics – Nontraditional Approaches for Developing Breakthrough Capabilities Against Emerging Threats | Development of a diagnostic toolbox for detection and surveillance of Crimean-Congo Hemorrhagic Fever Virus | Exhibit Hall D | View Abstract |
W | 435 | Kyle Clark | Darwin Biosciences | 281 | Revolutionary Diagnostics – Nontraditional Approaches for Developing Breakthrough Capabilities Against Emerging Threats | Overcoming challenges of using saliva as a biospecimen in rapid diagnostic tests | Exhibit Hall D | View Abstract |
Th | 436 | Michael Wiederoder | US Army DEVCOM Soldier Center | 290 | Revolutionary Diagnostics – Nontraditional Approaches for Developing Breakthrough Capabilities Against Emerging Threats | Rapid Colorimetric Sensors to Detect Toxic Chemicals in Environmental Samples | Exhibit Hall D | View Abstract |
W | 437 | Dan Phillips | U.S. Army DEVCOM Chemical Biological Center | 328 | Revolutionary Diagnostics – Nontraditional Approaches for Developing Breakthrough Capabilities Against Emerging Threats | Rapid testing and validation of gene-based sensors for the detection of SARS-CoV-2 | Exhibit Hall D | View Abstract |
Th | 438 | Aleksandr Miklos | US Army DEVCOM Chemical Biological Center | 343 | Revolutionary Diagnostics – Nontraditional Approaches for Developing Breakthrough Capabilities Against Emerging Threats | Development of a paper-based cell-free expression device for biological sensing | Exhibit Hall D | View Abstract |
W | 439 | Daniel Phillips | U.S. Army DEVCOM Chemical Biological Center | 353 | Revolutionary Diagnostics – Nontraditional Approaches for Developing Breakthrough Capabilities Against Emerging Threats | Optimizing cell-free reaction composition to accelerate toehold switch sensor response time | Exhibit Hall D | View Abstract |
Th | 440 | Rebecca Blackwood | Darwin Biosciences | 372 | Revolutionary Diagnostics – Nontraditional Approaches for Developing Breakthrough Capabilities Against Emerging Threats | An analysis of isothermal amplification chemistries for use in point-of-need diagnostic devices | Exhibit Hall D | View Abstract |
W | 441 | Scott Bobbitt | Sandia National Laboratories | 373 | Revolutionary Diagnostics – Nontraditional Approaches for Developing Breakthrough Capabilities Against Emerging Threats | Rapid, agile, and portable diagnostics based on breath biomarkers using highly-selective sorbents | Exhibit Hall D | View Abstract |
Th | 442 | Michael Norris | University of Florida Emerging Pathogens Institute | 411 | Revolutionary Diagnostics – Nontraditional Approaches for Developing Breakthrough Capabilities Against Emerging Threats | Immediate results: an FPA for detection of glanders and melioidosis exposure. | Exhibit Hall D | View Abstract |
Th | 443 | Julian Chen | LANL | 419 | Revolutionary Diagnostics – Nontraditional Approaches for Developing Breakthrough Capabilities Against Emerging Threats | Solution NMR structure of DFPase: Prospects for molecular level detection and large-scale decontamination of organophosphorus compounds | Exhibit Hall D | View Abstract |
W | 444 | Weihua Guan | The Pennsylvania State University | 420 | Revolutionary Diagnostics – Nontraditional Approaches for Developing Breakthrough Capabilities Against Emerging Threats | iNAAT: A universal open-source mobile device for field deployable real-time isothermal nucleic acid amplification testing of Covid-19 | Exhibit Hall D | View Abstract |
W | 445 | Weihua Guan | Penn State University | 421 | Revolutionary Diagnostics – Nontraditional Approaches for Developing Breakthrough Capabilities Against Emerging Threats | Fingerpick Blood-Based HIV Self-Nucleic Acid Testing on USB At The Point of Need | Exhibit Hall D | View Abstract |
Th | 446 | Dawn Birdsell | Pathogen and Microbiome Institute | 425 | Revolutionary Diagnostics – Nontraditional Approaches for Developing Breakthrough Capabilities Against Emerging Threats | Capillary blood is an effective clinical matrix for rapid diagnosis of acute plague in field forward settings | Exhibit Hall D | View Abstract |
W | 447 | Weihua Guan | Pennsylvania State University | 428 | Revolutionary Diagnostics – Nontraditional Approaches for Developing Breakthrough Capabilities Against Emerging Threats | Amplification Free Digital CRISPR-Cas13a for Absolute Quantification of HIV-1 RNA | Exhibit Hall D | View Abstract |
Th | 448 | Julia Patrone | JHU/APL | 439 | Revolutionary Diagnostics – Nontraditional Approaches for Developing Breakthrough Capabilities Against Emerging Threats | Detection of Volatile Organic Compounds in Biological Samples Associated with Infection | Exhibit Hall D | View Abstract |
W | 449 | Anthony Politza | Penn State University | 441 | Revolutionary Diagnostics – Nontraditional Approaches for Developing Breakthrough Capabilities Against Emerging Threats | Programmable Magnetic Robot (ProMagBot) for Automated Nucleic Acid Extraction at the Point of Need | Exhibit Hall D | View Abstract |
W | 451 | Darci Smith | Naval Medical Research Center, Biological Defense Research Directorate | 468 | Revolutionary Diagnostics – Nontraditional Approaches for Developing Breakthrough Capabilities Against Emerging Threats | Detection of Biomarkers of Neurological Injury for Emerging Viral Threats | Exhibit Hall D | View Abstract |
Th | 452 | Svetlana Harbaugh | 711th Human Performance Wing, Wright-Patterson Air Force Base, OH, UES, Inc., Dayton, OH | 487 | Revolutionary Diagnostics – Nontraditional Approaches for Developing Breakthrough Capabilities Against Emerging Threats | Development of Cell-Free Biosensors for Deployable Diagnostics | Exhibit Hall D | View Abstract |
W | 453 | David Garcia | NRC support to U.S. Army DEVCOM Chemical Biological Center | 506 | Revolutionary Diagnostics – Nontraditional Approaches for Developing Breakthrough Capabilities Against Emerging Threats | Simplified cells as new tools for synthetic biology and biological sensing | Exhibit Hall D | View Abstract |
Th | 454 | John Cooper | Pacific Northwest National Laboratory | 508 | Revolutionary Diagnostics – Nontraditional Approaches for Developing Breakthrough Capabilities Against Emerging Threats | Machine Learning Techniques for Threat Classification on Ion Mobility Spectroscopy: A Survey of Methods | Exhibit Hall D | View Abstract |
W | 455 | Kurt Gust | US Army Engineer Research and Development Center | 529 | Revolutionary Diagnostics – Nontraditional Approaches for Developing Breakthrough Capabilities Against Emerging Threats | RNA-Toehold Switch Technology Enables Customizable Biological Threat Detection | Exhibit Hall D | View Abstract |
Th | 456 | Chris Myers | Parsons | 544 | Revolutionary Diagnostics – Nontraditional Approaches for Developing Breakthrough Capabilities Against Emerging Threats | DetectWise™, an automated, integrated biosurveillance platform for managing health security | Exhibit Hall D | View Abstract |
W | 457 | Aarthi Narayanan | GMU | 558 | Revolutionary Diagnostics – Nontraditional Approaches for Developing Breakthrough Capabilities Against Emerging Threats | Pathogen-derived circulating nucleic acids as biomarker candidates for assessment of countermeasures against aerosol-transmitted viral pathogens | Exhibit Hall D | View Abstract |
Th | 458 | Michael Wiederoder | US Army DEVCOM Soldier Center | 559 | Revolutionary Diagnostics – Nontraditional Approaches for Developing Breakthrough Capabilities Against Emerging Threats | Rapid Electrochemical Immunoassays for Low-Cost, Multiplex Detection of Food Pathogens using Capillary Driven Microfluidic Devices | Exhibit Hall D | View Abstract |
W | 459 | William Terziyan | BaySpec, Inc. | 565 | Revolutionary Diagnostics – Nontraditional Approaches for Developing Breakthrough Capabilities Against Emerging Threats | Threat agnostic ultrafast femtosecond laser photonic molecular sensing platform: Label-free diagnostics based on miniaturized coherent anti-stokes raman spectroscopy (FT-CARS) | Exhibit Hall D | View Abstract |
Th | 460 | Alex Downs | Sandia National Laboratories | 575 | Revolutionary Diagnostics – Nontraditional Approaches for Developing Breakthrough Capabilities Against Emerging Threats | Electrochemical aptamer-based sensors: a field-applicable approach for real-time monitoring of small molecule targets and beyond. | Exhibit Hall D | View Abstract |
W | 461 | Oh Seok Kwon | Korea Research Institute of Bioscience and Biotechnology (KRIBB) | 603 | Revolutionary Diagnostics – Nontraditional Approaches for Developing Breakthrough Capabilities Against Emerging Threats | Ultrasensitive Stress Biomarker Detection Using Polypyrrole Nanotube Coupled to a Field-Effect Transistor | Exhibit Hall D | View Abstract |
Th | 462 | Gyeong Ji Kim | Korea Research Institute of Bioscience and Biotechnology | 605 | Revolutionary Diagnostics – Nontraditional Approaches for Developing Breakthrough Capabilities Against Emerging Threats | Simple and Fast Real-Time Monitoring Wearable Cortisol Aptasensor | Exhibit Hall D | View Abstract |
W | 463 | Julie L Lucas | MRIGlobal | 608 | Revolutionary Diagnostics – Nontraditional Approaches for Developing Breakthrough Capabilities Against Emerging Threats | Immobilized CRISPR chemistry for massively multiplexed target detection | Exhibit Hall D | View Abstract |
Th | 464 | Mangilal Agarwal | Integrated Nanosystems Development Institute, Department of Mechanical Engineering, Indiana University-Purdue University Indianapolis | 610 | Revolutionary Diagnostics – Nontraditional Approaches for Developing Breakthrough Capabilities Against Emerging Threats | Development of a Rapid Method to Quantify Healthy Baselines of Volatile Organic Compound (VOC) Biomarkers in Breath by Solid Phase Microextraction and Gas Chromatography-Mass Spectrometry | Exhibit Hall D | View Abstract |
W | 465 | Sean Webb | 711th Human Performance Wing, AFRL ; UES, Inc | 612 | Revolutionary Diagnostics – Nontraditional Approaches for Developing Breakthrough Capabilities Against Emerging Threats | A platform for rapid design and discovery of BREs for emerging threats | Exhibit Hall D | View Abstract |
Th | 466 | Mangilal Agarwal | Integrated Nanosystems Development Institute, Department of Mechanical Engineering, Indiana University-Purdue University Indianapolis | 614 | Revolutionary Diagnostics – Nontraditional Approaches for Developing Breakthrough Capabilities Against Emerging Threats | Optimizing Portable Metal Oxide Nanosensors to Analyze Exhaled Volatile Organic Compounds (VOCs) | Exhibit Hall D | View Abstract |
W | 467 | Canon Hansen | USAMRIID | 618 | Revolutionary Diagnostics – Nontraditional Approaches for Developing Breakthrough Capabilities Against Emerging Threats | Supporting the warfighter by developing safe and effective controls for field deployable molecular assays and immunoassays | Exhibit Hall D | View Abstract |
Th | 468 | Tek Hyung Lee | Lawrence Livermore National Laboratory | 621 | Revolutionary Diagnostics – Nontraditional Approaches for Developing Breakthrough Capabilities Against Emerging Threats | Developing yeast whole-cell biosensor for potential pathogen detection | Exhibit Hall D | View Abstract |
W | 469 | Syamal Raychaudhuri | InBios International, Inc. | 627 | Revolutionary Diagnostics – Nontraditional Approaches for Developing Breakthrough Capabilities Against Emerging Threats | The Smart Detect POC PCR Platform is a Multi-use, Portable Device for the Detection of Infectious Agents | Exhibit Hall D | View Abstract |
Th | 470 | Matthias Frank | Lawrence Livermore National Laboratory | 631 | Revolutionary Diagnostics – Nontraditional Approaches for Developing Breakthrough Capabilities Against Emerging Threats | Characterization of VOCs Emitted from Pathogenic Bacteria Using SPME-GC-MS: Towards Non-Invasive Diagnostics for Biological Agent Exposure | Exhibit Hall D | View Abstract |
W | 471 | Kyung Ho Kim | Korea Research Institute of Bioscience and Biotechnology (KRIBB) | 644 | Revolutionary Diagnostics – Nontraditional Approaches for Developing Breakthrough Capabilities Against Emerging Threats | Portable field-effect transistor for serotonin neurotransmitter monitoring on-site | Exhibit Hall D | View Abstract |
Th | 472 | Kimberly Butler | Sandia National Laboratories | 652 | Revolutionary Diagnostics – Nontraditional Approaches for Developing Breakthrough Capabilities Against Emerging Threats | Development of a tunable Metal-Organic Frameworks (MOFs)-DNA sensor platform for rapid viral detection | Exhibit Hall D | View Abstract |
W | 473 | Jeff Koehler | US Army Medical Research Institute of Infectious Diseases | 673 | Revolutionary Diagnostics – Nontraditional Approaches for Developing Breakthrough Capabilities Against Emerging Threats | Rapid assay fielding for diagnostics and detection | Exhibit Hall D | View Abstract |
Th | 474 | Deborah Hunka | Leidos | 680 | Revolutionary Diagnostics – Nontraditional Approaches for Developing Breakthrough Capabilities Against Emerging Threats | “Smart” Colorimetric Sorbent Sensors for Selected CWAs | Exhibit Hall D | Abstract unavailable. |
W | 475 | Philip Miller | Sandia National Labs | 687 | Revolutionary Diagnostics – Nontraditional Approaches for Developing Breakthrough Capabilities Against Emerging Threats | Portable biogenic Volatile Organic Compound Analyzer | Exhibit Hall D | View Abstract |
Th | 476 | Noah Christian | Leidos | 709 | Revolutionary Diagnostics – Nontraditional Approaches for Developing Breakthrough Capabilities Against Emerging Threats | A Low-Cost, Low-Power, Miniature Sector Arrayed Mass Spectrometer for Chemical and Biological Detection Applications | Exhibit Hall D | View Abstract |
W | 477 | Megan Roegner | GeneCapture | 734 | Revolutionary Diagnostics – Nontraditional Approaches for Developing Breakthrough Capabilities Against Emerging Threats | Unknown respiratory pathogen detector using pan-species signatures | Exhibit Hall D | View Abstract |
Th | 478 | Prabha Dwivedi | Naval Surface Warfare Center Indian Head Division (NSWC IHD) | 110 | The Impact Of Giving Warfighters A Voice In Early Technology Development | In-Ear Wearable Device at Chemical and Biological Operational Analysis (CBOA) Events | Exhibit Hall D | View Abstract |
W | 479 | David Godso | Domenix | 117 | The Impact Of Giving Warfighters A Voice In Early Technology Development | Utilizing Development Security Operations (DevSecOps) Platforms to Support Science and Technology (S&T) Collaboration with a Focus on "Shift-Left" Portfolio and Capability Set(s) Insight | Exhibit Hall D | View Abstract |
Th | 480 | John Magerko | ARA, Inc. - DTRA Reachback Support | 315 | The Impact Of Giving Warfighters A Voice In Early Technology Development | Reviewing How Early and Frequent User Inputs Impacted a Particular HPAC Model Design | Exhibit Hall D | View Abstract |
W | 481 | Charles Lansing | NSWCIH | 324 | The Impact Of Giving Warfighters A Voice In Early Technology Development | OPNAV N96 Trusted agent support for the DTRA Warfighter and Integration Division for all Navy CBR | Exhibit Hall D | View Abstract |
Th | 482 | David Wagner | Northern Arizona University | 105 | Threat Agent Defeat Modeling and Testing | Isolation-free genomic characterization of biological threat agents from complex samples | Exhibit Hall D | View Abstract |
W | 483 | Joseph Baum | Applied Simulations, Inc | 122 | Threat Agent Defeat Modeling and Testing | NUMERICAL MODELING OF LIQUID DISPERSION BY AN EXPLOSIVE CHARGE | Exhibit Hall D | View Abstract |
Th | 484 | Fumiya Togashi | Applied Simulations Inc. | 126 | Threat Agent Defeat Modeling and Testing | Numerical Investigation of Liquid Simulant Response to Blast Wave | Exhibit Hall D | View Abstract |
W | 485 | Terrence Meyer | Purdue University | 127 | Threat Agent Defeat Modeling and Testing | Measurements of DIMP and ethanol evaporation rates for validation of high-temperature phenomenological models | Exhibit Hall D | View Abstract |
Th | 486 | Sun McMasters | DHS S&T CSAC | 129 | Threat Agent Defeat Modeling and Testing | Jack Rabbit III: Filling Critical Atmospheric Dispersion Modeling Gaps for Emergency Planning and Response | Exhibit Hall D | View Abstract |
W | 487 | Jeldrik Moritz | Bundeswehr Research Institute for Protective Technologies and NBC-Protection | 150 | Threat Agent Defeat Modeling and Testing | Rejection of Lewisite and Other Arsenicals by Reverse Osmosis Membranes - Impact of Temperature, pH-value and Recovery | Exhibit Hall D | View Abstract |
Th | 488 | Andrew Proulx | Johns Hopkins University | 163 | Threat Agent Defeat Modeling and Testing | Materials Science in Extreme Environments University Research Alliance | Exhibit Hall D | View Abstract |
Th | 490 | Cale Bergmann | Defence Research and Development Canada (DRDC) | 304 | Threat Agent Defeat Modeling and Testing | Aerosol Deposition Model for Simulating the Distribution of Deposited Aerosolized Particles on a Mannequin | Exhibit Hall D | View Abstract |
W | 491 | Tiffany Sutton | U.S. Army DEVCOM Chemical Biological Center | 330 | Threat Agent Defeat Modeling and Testing | Synthetic Dynamic Background Recipe Development for Biological Testing | Exhibit Hall D | View Abstract |
W | 493 | Colin Ponce and Kourosh Arasteh | LLNL | 345 | Threat Agent Defeat Modeling and Testing | Harnessing the Power of Machine Learning to Identify Novel Chemical Threats in Complex Forensic Environments | Exhibit Hall D | View Abstract |
Th | 494 | Jana Kesavan | U.S. Army DEVCOM Chemical Biological Center | 351 | Threat Agent Defeat Modeling and Testing | Decay of clusters and single spores of Bacillus anthracis Sterne in air, on surfaces and in simulated aerosol state and exposed to environmental factors | Exhibit Hall D | View Abstract |
W | 495 | James Lee | NSWCIH | 384 | Threat Agent Defeat Modeling and Testing | CBR defense technologies and non-covalent chemistry interactions | Exhibit Hall D | View Abstract |
Th | 496 | Janine Hutchison | Pacific Northwest National Laboratory | 426 | Threat Agent Defeat Modeling and Testing | Stabilization of Biological Proteins Using Tunable Liquid Materials | Exhibit Hall D | View Abstract |
W | 497 | Aaron Twombly | MRIGlobal | 448 | Threat Agent Defeat Modeling and Testing | Improved chemical and biological defense testing using the Test Grid operated with the Open Architecture Data Management System | Exhibit Hall D | View Abstract |
Th | 498 | Tom Spicer | University of Arkansas Department of Chemical Engineering | 538 | Threat Agent Defeat Modeling and Testing | Ensemble behavior of passive, time-limited, area source releases in a wind tunnel study | Exhibit Hall D | View Abstract |
W | 499 | Doo Nam Kim | Pacific Northwest National Laboratory | 568 | Threat Agent Defeat Modeling and Testing | Facile incorporation of non-canonical amino acids into structural modeling | Exhibit Hall D | View Abstract |
Th | 500 | Richard Overstreet | Pacific Northwest National Laboratory | 569 | Threat Agent Defeat Modeling and Testing | Non-canonical amino acid parameterization engine for CHARMM potentials | Exhibit Hall D | View Abstract |
W | 501 | Andrew Banko | United States Military Academy | 620 | Threat Agent Defeat Modeling and Testing | Measurements of three-dimensional flow and contaminant dispersion within and around a stadium using magnetic resonance imaging | Exhibit Hall D | View Abstract |
Th | 502 | David Doughty | US Army DEVCOM Army Research Laboratory | 625 | Threat Agent Defeat Modeling and Testing | Aerosol Particle Size is Important in Designing and Testing UV Systems for Inactivation of Bacterial Spores and Viruses as Seen in Modeling of UV Shielding | Exhibit Hall D | View Abstract |
W | 503 | Isaac Avina | Sandia National Laboratories | 633 | Threat Agent Defeat Modeling and Testing | Impedance monitoring of polymer dielectrics in harsh environments | Exhibit Hall D | Abstract unavailable. |
Th | 504 | Nicole Ford | Kansas City University | 112 | Toxin Diagnostics – Development Of Novel, Fieldable Technologies To Diagnose Toxin Exposure | Developing Novel Detection Methods for Use with Biosilica-Immobilized Nanoscale Biosensors | Exhibit Hall D | View Abstract |
W | 505 | Justin Bickford | CCDC - Army Research Laboratory | 142 | Toxin Diagnostics – Development Of Novel, Fieldable Technologies To Diagnose Toxin Exposure | Chip-scale photonic integrated circuit sensor to monitor biomarkers and diagnose toxin exposures | Exhibit Hall D | View Abstract |
Th | 506 | Fanny Chu | Pacific Northwest National Laboratory | 219 | Toxin Diagnostics – Development Of Novel, Fieldable Technologies To Diagnose Toxin Exposure | Direct detection of peptides following enzymatic cleavage using a field-portable nanopore sequencing device | Exhibit Hall D | View Abstract |
W | 507 | Brian Kannard | PercuSense | 406 | Toxin Diagnostics – Development Of Novel, Fieldable Technologies To Diagnose Toxin Exposure | Continuous Biosensor Platform to Detect Indicators of Chemical Exposure | Exhibit Hall D | View Abstract |
Th | 508 | Kristian Torma | BaySpec, Inc. | 430 | Toxin Diagnostics – Development Of Novel, Fieldable Technologies To Diagnose Toxin Exposure | Direct real-time trace vapors and aerosols chemicals characterization with a man-portable mass spectrometer | Exhibit Hall D | View Abstract |
W | 509 | Guandong Zhang | Zymeron Corporation, 400 Park Offices Dr #211, Research Triangle Park, NC 27709 | 484 | Toxin Diagnostics – Development Of Novel, Fieldable Technologies To Diagnose Toxin Exposure | Highly Sensitive and Selective Detection of Fentanyl and Other Opioids by Bioengineered Broad-Spectrum Receptors | Exhibit Hall D | View Abstract |
Th | 510 | Matthew Turner | Pacific Northwest National Laboratory | 635 | Toxin Diagnostics – Development Of Novel, Fieldable Technologies To Diagnose Toxin Exposure | Portable and convenient identification of enzymatic activity by direct detection of cleaved peptides using a nanopore sequencing device | Exhibit Hall D | View Abstract |
W | 511 | Jaime Rodriguez | Pacific Northwest National Laboratory | 643 | Toxin Diagnostics – Development Of Novel, Fieldable Technologies To Diagnose Toxin Exposure | Modeling Osmolyte Effects on Protein Toxin Structural Stability | Exhibit Hall D | View Abstract |