2022 CBD S&T Conference
The U.S. Army Combat Capabilities Development Command Chemical Biological Center is presenting its innovative ideas for chemical and biological defense December 6-9 during the 2022 Chemical and Biological Defense Science & Technology Conference hosted by the Defense Threat Reduction Agency.
Below you will find the schedule of our posters and presentations during the conference. If you would like to speak with one of our experts, stop by booth #5 during the conference.
Schedule of Events
| Presenter / PI | TITLE | POSTER SESSION | POSTER LOCATION | |
|---|---|---|---|---|
| Melka, Allison / Dhummakupt, Elizabeth | Proteomic, metabolomic, and lipidomic analyses of lung tissue exposed to mustard gas | W |  | 5 |
| Ahern, Brooke | GLADTIER: A high throughput analysis for characterizing toxin/receptor interactions for disruption or reversibility of toxin activity | W | | 105 |
| Carmany, Dan / Dhummakupt, Elizabeth | Sticking it to collection and analysis: Utilizing pressure-sensitive adhesive paper combined with portable mass spectrometry for detection of threats | W | | 157 |
| Pardoe, Ian | Versatile materials for wide-ranging applications of colorimetric and electronic detection of chemical warfare agents | W | | 193 |
| Angelini, Daniel | Multiomic analysis of vesicant exposed human dermal equivalent | W | | 295 |
| Kulisiewicz, Ann | Controlling the heterogeneous catalysis of zirconium clusters within porous scaffolds | W | | 353 |
| Lee, Jennifer | Alternative reporters for paper-based cell-free biosensing | W | | 433 |
| Cole, Stephanie | Rapid testing and validation of gene-based sensors for the detection of SARS-CoV-2 | W | | 437 |
| Blum, Steven | Optimizing cell-free reaction composition to accelerate toehold switch sensor response time | W | | 439 |
| Robinett, Natalie | Building genes from scratch: A cost and time assessment of novel enzymatic DNA synthesis technology (Abstract from CBS, Roman Hernandez) | W | | 195 |
| Bernhards, Cory | Detecting genetic engineering via portable nanopore sequencing and reachback data analysis tools | W | | 198 |
| Eikenberg, Janlyn | The effects of dirtied surfaces on contaminant retention and decontaminant performance | W | | 243 |
| Sweat, Melissa | Evaluation of polymer-penetrant interactions to elucidate contaminant uptake and retention in polymer coatings | W | | 248 |
| Mantooth, Brent | Understanding and controlling chemical transport in coatings | W | | 265 |
| Bernhards, Cory | Bioaerosol threat surveillance via untargeted nanopore sequencing technology | W | | 285 |
| Fudge, Dylan | Design and Application of an Adept Aerosol/Vapor Lung-on-Chip and Aerosol/Vapor Delivery Systems | W | | 297 |
| Kendig, Cody | Proof of concept respirator lens fog test chamber | W | | 365 |
| Mahle, John | Role of Zirconium metal-organic framework defects on chemical warfare agent performance studied through novel synthesis and mass transfer methods | W | | 375 |
| Ingersoll, Tom | Estimators for disease dynamics with imperfect surveillance | TH | | 32 |
| Riley, Patrick | Unsupervised spectral compression | TH | | 150 |
| Zeigler, Angela | Paper on Demand: Inkjet Printing of Task-Specific Assays | TH | | 166 |
| McDonald, Nathan | Assessing functionality of cell-free protein systems from attenuated pathogenic organisms | TH | | 194 |
| Bernhards, Casey | Determining the prevalence of CRISPR off-target effects in bacteria: | TH | | 196 |
| Berk, Kimberly | Assay and sample preparation method development for the extreme PCR Bio-ID Rapid Detector (xBIRD) prototype | TH | | 280 |
| Santosh, Vishaka / Bernhards, Cory | Rapid and automated identification of aerosolized biothreats | TH | | 284 |
| Buckley, Patricia | Biothreat Detection Canines for Disease Detection & Pandemic Preparedness | TH | | 292 |
| Rizzo, Gabrielle / Dhummakupt, Elizabeth | Normalization of organ-on-a-chip samples for mass spectrometry-based proteomics and metabolomics via dansylation-based assay | TH | | 296 |
| Lee, Marilyn | A cell-free polymer material platform: DNA-encoded smart materials for sensing and decontamination | TH | | 352 |
| Garibay, Sergio / DeCoste, Jared | Enhancing catalytic activity and mitigating poisoning of active sites within metal-organic frameworks in organophosphate hydrolysis through post-synthesis modification | TH | | 392 |
| Miklos, Aleksander | Development of a paper-based cell-free expression device for biological sensing | TH | | 438 |
| Kesavan, Jana | Evaluation of cold weather decontamination methods | TH | | 256 |
| Landers, John | All-Weather dry decontaminate for HD degradation | TH | | 266 |
| Kesavan, Jana | Decay of clusters and single spores of Vacillus anthracis Sterne in air, on surfaces and in simulated aerosol state and exposed to environmental factors | TH | | 494 |
| Myers, Joseph | Chemical hot air decontamination of contaminants from military relevant materials and sensitive electronic equipment using elevated relative humidity | TH | | 244 |
| Dhummakupt, Elizabeth | Metabolic and proteomic profiling of organophosphorus chemical warfare agent exposure on human liver-on-a-chip | W | | 31 |
| Rastogi, Vipin | Effective and rapid canine skin disinfection | W | | 249 |
| Rastogi, Vipin | Disinfection of surfaces contaminated with SARS-CoV-2 surrogate, HuCoV229E | W | | 251 |
| Doyle, Adina / D'Amico, Francis | Biodiversity of the operational aerosol background environment | W | | 287 |
| Tovar, Trenton | Extended life filter for chemical biological radiological and nuclear (CBRN) protection | W | | 373 |
| Erik Emmons | Waveguide-Enhanced Raman Spectroscopy for Field Detection of Threat Materials | TH | | 154 |
| McGarvey, David | HR-MAS analysis of porcine skin exposed to chemical warfare agents | W | | 257 |
| Garcia, David | Simplified cells as new tools for biological sensing | W | | 453 |
| D'Amico, Francis / Sutton, Tiffany | Synthetic Dynamic Background Recipe Development for Biological Testing | W | | 491 |
| Van de Voorde, Kristian | The volume-saving elastomer networks for operational materiel (VENOM) product suite: Utilizing advanced manufacturing techniques to produce lower-burden respiratory protective equipment | TH | | 370 |
| PRESENTER / PI | DATE | ROOM | TIME | TITLE |
|---|---|---|---|---|
| Riley, Patrick | Tuesday, December 6, 2022 | 155 | 1620 | Integration of ML modelling at the edge |
| Peterson, Greg | Tuesday, December 6, 2022 | 158 | 1620 | Bent-but-not-broken: Reactive metal-organic framework composites from elastomeric phase-inverted polymers |
| Samuels, Alan | Wednesday, December 7, 2022 | 155 | 1320 | Signal Processing and Detection Decision Logic for Passive Biomimetic Infrared Optical Microsensors |
| Deshpande, Samir | Wednesday, December 7, 2022 | 155 | 1340 | Sensor suite classification and analysis (SCYNET) |
| Gallagher, Erin | Wednesday, December 7, 2022 | 154 | 1400 | Blood brain barrier and brain models for permeability toxicity testing of nerve agents |
| Walker, Anne | Wednesday, December 7, 2022 | 158 | 1440 | Rapid fabrication of high surface area reactive materials for hybrid fiber/elastomer respiratory protection systems |
| Eikenberg, Janlyn | Thursday, December 8, 2022 | 158 | 1300 | Evaluation of clear topcoats to alter agent resistivity of polyurethane coated military assets |
| Mantooth, Brent | Thursday, December 8, 2022 | 158 | 1340 | Assessment of Chemical Retention by Tire Rubber Materials |
| Smallwood, Stephanie / Stevenson, Shawn | Thursday, December 8, 2022 | 158 | 1400 | The use of zirconium hydroxide as a skin decontaminant |
| Mantooth, Brent | Friday, December 9, 2022 | 158 | 1105 | Enhancing hazard mitigation evaluation methodologies: Translating laboratory testing to operational context |
| Languirand, Eric | Friday, December 9, 2022 | 153 | 1125 | Detection techniques for an anhydrous ammonia release and secondary threat assessment |
| Brown, Matthew | Friday, December 9, 2022 | 158 | 1125 | Autonomous Decontamination |
| Myers, Joseph | Friday, December 9, 2022 | 158 | 1145 | Laboratory efficacy studies of tactical decontamination of military coatings using CIDAS and ClearDecon. |
Contact Us
DEVCOM Chemical Biological Center Office of Technology Transfer
EMAIL: usarmy.cbc.techtransfer@army.mil
TEL: +1 410-436-4438