Draft:Nels Andrew Olson: Difference between revisions
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{{Short description|American chemist (born 1960)}} |
{{Short description|American chemist (born 1960)}} |
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[[File:Nels Olson Portrait.jpg|thumb|Nels A. Olson]] |
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{{draft categories|1=[[Category:Living people]] [[:Category:Chemists]]}} |
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{{Infobox scientist |
{{Infobox scientist |
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| name = Nels Andrew Olson |
| name = Nels Andrew Olson |
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| birth_place = [[Portland, Oregon]], [[USA]] |
| birth_place = [[Portland, Oregon]], [[USA]] |
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| field = [[chemistry]] |
| field = [[chemistry]] |
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| workplaces = [[Molecular_Probes|Molecular Probes Inc.]]; [[University of Washington]]; [[KTH_Royal_Institute_of_Technology | Royal Institute of Technology]]; [[Library of Congress]]; Molecular Dynamics<ref name="amersham_Pharm"></ref>; [[Illumina,_Inc.|Illumina Inc.]]; [[Johns Hopkins University]]; [[Defense_Threat_Reduction_Agency|Defense Threat Reduction Agency]]; the [[Boeing|Boeing Company]] |
| workplaces = [[Molecular_Probes|Molecular Probes Inc.]]; [[University of Washington]]; [[KTH_Royal_Institute_of_Technology | Royal Institute of Technology]]; [[Library of Congress]]; Molecular Dynamics.<ref name="amersham_Pharm"></ref>; [[Illumina,_Inc.|Illumina Inc.]]; [[Johns Hopkins University]]; [[Defense_Threat_Reduction_Agency|Defense Threat Reduction Agency]]; the [[Boeing|Boeing Company]] |
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| education = Ph.D., Analytical Chemistry, [[University of Washington]], BA. Biochemistry, [[Reed College]] |
| education = Ph.D., Analytical Chemistry, [[University of Washington]], BA. Biochemistry, [[Reed College]] |
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| thesis_title = Dynamic Surface Tension and Adhesion Detection for the Rapid Analysis of Surfactants in Flowing Aqueous Liquids |
| thesis_title = Dynamic Surface Tension and Adhesion Detection for the Rapid Analysis of Surfactants in Flowing Aqueous Liquids |
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| mother = Mary J. Olson |
| mother = Mary J. Olson |
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'''Nels Andrew Olson''', American chemist, was born October 17, 1960 in [[Portland, Oregon]]. He is best known for his work in the development and synthesis of fluorogenic probes, high throughput analysis of biomolecules, the design of aerosol experiments for the study of disease transmission, and his work in the implementation of [[Root_cause_analysis|root cause analysis]] and corrective actions methods for complex systems. |
'''Nels Andrew Olson''', American chemist, was born October 17, 1960 in [[Portland, Oregon]]. He is best known for his work in the development and synthesis of fluorogenic probes, high throughput analysis of biomolecules, the design of aerosol experiments for the study of disease transmission, and his work in the implementation of [[Root_cause_analysis|root cause analysis]] and corrective actions methods for complex systems. |
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During the pandemic Olson was enlisted in the Confident Travel Initiative (CTI) team where he was one of four senior program managers who designed Boeing’s system to analyze the likelihood of aerosol-based disease transmission. Olson's work on this initiative was a continuation of the threat identification work he had done at DHS. There he had identified technologies with promise, notably the work of David Silcott at {{cite web |url=https://www.s3i.info/ |title=S3i}}, and in August of 2020, Olson's Boeing team collaborated with S3i and others on the biological aerosol detection project undertaken under the aegis of the [[United States Transportation Command]] (USTRANSCOM).<ref name="transcomReport">{{cite web |url=https://www.ustranscom.mil/cmd/docs/TRANSCOM%20Report%20Final.pdf |title=TRANSCOM/AMC Commercial Aircraft Cabin Aerosol Dispersion Tests |date= August 2020}}</ref> Olson was also the senior author on several of the peer-reviewed papers written on this subject during the pandemic.<ref name="aerosol">The substance of the following papers was presented at the Tenth Triennial International Aircraft Fire and Cabin Safety Research Conference on October 17-20, 2022 in Atlantic City by Angela Davis, Stephen Trent, and Casey Brantner.{{bulleted list |{{cite journal| last1 = Trent| first1 = Stephen| last2 = Davis| first2 = Angela| last3 = Wu| first3 = Tateh| last4 = Menard| first4 = Danny| last5 = Cummins| first5 = Joshua J.| last6 = Santarpia| first6 = Joshua L.| last7 = Olson| first7 = Nels A.| date = July 2022| title = Inhaled Mass and Particle Removal Dynamics in Commercial Buildings and Aircraft Cabins (cover story)| journal = ASHRAE| volume = 64| issue = 7}}|{{cite journal |last1=Zee |first1=Malia |last2=Davis |first2=Angela C. |last3=Clark |first3=Andrew D. |last4=Wu |first4=Tateh |last5=Jones |first5=Stephan P. |last6=Waite |first6=Lindsay L.|last7=Cummins |first7=Joshua J. |last8=Olson |first8=Nels Andrew |date=December 2021 |title=Computational fluid dynamics modeling of cough transport in an aircraft cabin |url=https://www.nature.com/articles/s41598-021-02663-8 |journal=Scientific Reports |volume=11 |id=article #23329 |doi=10.1038/s41598-021-02663-8}}|{{cite journal |last1=Pang |first1=Jenna K. |last2=Jones |first2=Stephen P. |last3=Waite |first3=Lindsay L. |last4=Olson |first4=Nels A. |last5=Atmur |first5=Robert J. |last6=Cummins |first6=Joshua J. |title=Probability and Estimated Risk of SARS-CoV-2 Transmission in the Air Travel System: A Systemic Review and Meta-Analysis |url=https://www.sciencedirect.com/science/article/pii/S1477893921001745 |journal=Travel Medicine and Infectious Disease |volume=43 |date=September–October 2021 |doi=10.1016/j.tmaid.2021.102133 }} }}</ref> |
During the pandemic Olson was enlisted in the Confident Travel Initiative (CTI) team where he was one of four senior program managers who designed Boeing’s system to analyze the likelihood of aerosol-based disease transmission. Olson's work on this initiative was a continuation of the threat identification work he had done at DHS. There he had identified technologies with promise, notably the work of David Silcott at {{cite web |url=https://www.s3i.info/ |title=S3i}}, and in August of 2020, Olson's Boeing team collaborated with S3i and others on the biological aerosol detection project undertaken under the aegis of the [[United States Transportation Command]] (USTRANSCOM).<ref name="transcomReport">{{cite web |url=https://www.ustranscom.mil/cmd/docs/TRANSCOM%20Report%20Final.pdf |title=TRANSCOM/AMC Commercial Aircraft Cabin Aerosol Dispersion Tests |date= August 2020}}</ref> Olson was also the senior author on several of the peer-reviewed papers written on this subject during the pandemic.<ref name="aerosol">The substance of the following papers was presented at the Tenth Triennial International Aircraft Fire and Cabin Safety Research Conference on October 17-20, 2022 in Atlantic City by Angela Davis, Stephen Trent, and Casey Brantner.{{bulleted list |{{cite journal| last1 = Trent| first1 = Stephen| last2 = Davis| first2 = Angela| last3 = Wu| first3 = Tateh| last4 = Menard| first4 = Danny| last5 = Cummins| first5 = Joshua J.| last6 = Santarpia| first6 = Joshua L.| last7 = Olson| first7 = Nels A.| date = July 2022| title = Inhaled Mass and Particle Removal Dynamics in Commercial Buildings and Aircraft Cabins (cover story)| journal = ASHRAE| volume = 64| issue = 7}}|{{cite journal |last1=Zee |first1=Malia |last2=Davis |first2=Angela C. |last3=Clark |first3=Andrew D. |last4=Wu |first4=Tateh |last5=Jones |first5=Stephan P. |last6=Waite |first6=Lindsay L.|last7=Cummins |first7=Joshua J. |last8=Olson |first8=Nels Andrew |date=December 2021 |title=Computational fluid dynamics modeling of cough transport in an aircraft cabin |url=https://www.nature.com/articles/s41598-021-02663-8 |journal=Scientific Reports |volume=11 |id=article #23329 |doi=10.1038/s41598-021-02663-8}}|{{cite journal |last1=Pang |first1=Jenna K. |last2=Jones |first2=Stephen P. |last3=Waite |first3=Lindsay L. |last4=Olson |first4=Nels A. |last5=Atmur |first5=Robert J. |last6=Cummins |first6=Joshua J. |title=Probability and Estimated Risk of SARS-CoV-2 Transmission in the Air Travel System: A Systemic Review and Meta-Analysis |url=https://www.sciencedirect.com/science/article/pii/S1477893921001745 |journal=Travel Medicine and Infectious Disease |volume=43 |date=September–October 2021 |doi=10.1016/j.tmaid.2021.102133 }} }}</ref> |
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While at Boeing, Olson has been one of the principal architects of a number of initiatives. These have included the development and implementation of environmental testing; continuous variable measures for the analysis of corrosion<ref name="aeroMat">{{cite conference |url=https://static.asminternational.org/ITSC/AeroMat-ITSC-2018-FinalProgram-ShowDirectory.pdf |title=New Accelerated Corrosion Test Methods for Atmospheric Corrosion on Aluminum Aircraft |last1=Badaeva |first1=Ekaterina |last2=Seebergh |first2=Jill |last3=Olson |first3=Nels Andrew |last4=Kirchner |first4=James |date=7–10 May 2018 |location=Orlando, Florida, USA |conference=AEROMAT 2018}}</ref>; the capability to test, in real-time, fire suppressants in a full-scale aircraft cargo mockup; and finally, the real time analysis of engine emissions while utilizing synthetic biofuels. The emissions projects have been focused on the challenges for operational mitigation of contrails sponsored by Dr. Steven Baughcum and the Boeing Company<ref name="contrails">{{cite web |url=https://nari.arc.nasa.gov/sites/default/files/attachments/StevenBaughcum_Contrail%20PDF%20Slides.pdf |title=Challenges for operational mitigation of contrails |date= September 7, 2022}}</ref> |
While at Boeing, Olson has been one of the principal architects of a number of initiatives. These have included the development and implementation of environmental testing; continuous variable measures for the analysis of corrosion<ref name="aeroMat">{{cite conference |url=https://static.asminternational.org/ITSC/AeroMat-ITSC-2018-FinalProgram-ShowDirectory.pdf |title=New Accelerated Corrosion Test Methods for Atmospheric Corrosion on Aluminum Aircraft |last1=Badaeva |first1=Ekaterina |last2=Seebergh |first2=Jill |last3=Olson |first3=Nels Andrew |last4=Kirchner |first4=James |date=7–10 May 2018 |location=Orlando, Florida, USA |conference=AEROMAT 2018}}</ref>; the capability to test, in real-time, fire suppressants in a full-scale aircraft cargo mockup; and finally, the real time analysis of engine emissions while utilizing synthetic biofuels. The emissions projects have been focused on the challenges for operational mitigation of contrails sponsored by Dr. Steven Baughcum and the Boeing Company<ref name="contrails">{{cite web |url=https://nari.arc.nasa.gov/sites/default/files/attachments/StevenBaughcum_Contrail%20PDF%20Slides.pdf |title=Challenges for operational mitigation of contrails |date= September 7, 2022}}</ref> |
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==Personal Life== |
==Personal Life== |
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==References== |
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Nels Andrew Olson | |
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Education | Ph.D., Analytical Chemistry, University of Washington, BA. Biochemistry, Reed College |
Alma mater | University of Washington |
Spouse | Nataliya Olson |
Children | Constantine Nestor Olson |
Parents |
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Awards | Two time Engineering Team of the Year Member at The Boeing Company; Engineering Excellence Award, The Boeing Company, 2019; Fulbright Fellow, Royal Institute of Technology, Sweden; Five-time A.W. 'Winn' Brindle Scholar; Two-time ARCO graduate research fellow; Three-time Boeing graduate research fellow; Washington Technology Center Governor’s Research Award |
Scientific career | |
Fields | chemistry |
Institutions | Molecular Probes Inc.; University of Washington; Royal Institute of Technology; Library of Congress; Molecular Dynamics.[1]; Illumina Inc.; Johns Hopkins University; Defense Threat Reduction Agency; the Boeing Company |
Thesis | Dynamic Surface Tension and Adhesion Detection for the Rapid Analysis of Surfactants in Flowing Aqueous Liquids (1997) |
Doctoral advisor | Robert E. Synovec |
Nels Andrew Olson, American chemist, was born October 17, 1960 in Portland, Oregon. He is best known for his work in the development and synthesis of fluorogenic probes, high throughput analysis of biomolecules, the design of aerosol experiments for the study of disease transmission, and his work in the implementation of root cause analysis and corrective actions methods for complex systems.
Early Career
Olson began his career as a shipbuilder and ship’s engineer, working primarily in the Alaskan Fishing Industry for Icicle Seafoods, Nuka Point Fisheries and others (1978-1993). While building vessels for the Alaskan fishing industry, Olson was employed at Margaret's Marine Ways, Bayside Machine Works, and Ross Troyer Boat Works. His apprenticeship was spent building the Nuka Island[2], one of Alaska’s premier crabbing and tendering vessels. At Ross Troyer Boat Works he was one of three welder/fitter/fabricators who built the Sea Mist and other whale back designs under owner operator Ross Troyer. His experience at sea and in other high risk environments prepared him for his later scientific work where the operational robustness of systems was also essential.
Education
Olson obtained a B.A. in Biochemistry from Reed College in 1989 and worked as a synthetic carbohydrate chemist for Richard P. Haugland at Molecular Probes Inc. in Eugene, Oregon before returning to graduate school at University of Washington in Seattle (1993 to 1997). Olson's experiences working at Molecular Probes Inc. furthered his understanding of biological pathways, and structures, and the tools used to study them. His synthetic products included derivatives of the quinazolinones (ELF 97™) enzymatic substrates used to visualize the structures in the retina of the zebra fish and many other structural and process studies.[3]
Olson's graduate education included extensive training in chemical separations, detector development, and complex signal processing with an emphasis on surface analysis of biomolecules and polymers in a non-vacuum environment. In addition, he studied biosynthetic pathways with Dr. Heinz G. Floss[4] and performed syntheses in support of classical "feeding" experiments with isotopically labeled precursors to biosynthesis. During his final two years of graduate school, Olson also worked at the Positron Emission Tomography facility (University of Washington Medical Center) building robotic synthesis platforms for C-11 metabolic pathway probes.
Olson was awarded his Ph.D. in Chemistry in 1997. His dissertation advisor was
Commercial Biotech
Upon his return to the United States, Olson was employed by Molecular Dynamics as a Staff Scientist in the Advanced Research Team (ARTeam) in Dr. David L. Barker’s group where he studied and developed biocompatible surfaces for the manufacture of high throughput analysis instruments (MegaBACE™ and others). He and his team also built the first 96 capillary, variable wavelength, laser induced endogenous fluorescence, electrophoresis instrument, and demonstrated its peak capacity and sensitivity for multidimensional protein and peptide separations.
After the purchase of Molecular Dynamics by Amersham Pharmacia Biotech in 1999[1], Olson followed the executive team to the start up company, Illumina Inc., where he was an Associate Director and Senior Staff Scientist. There, Olson led teams of scientists and engineers in industrial failure analysis (forensics), building forensic analysis systems, implementing the FDA’s Quality System Regulations, part 820 of the Code of Federal Regulations title 21, and finally, building integrated robotic systems for synthesis, analysis and packaging of biotechnology products.
In 2007, Olson also filled in as the Director of Bio-Analysis at Insilicos Inc., and served on their Science Advisory Board from 2001 to 2012. In 2007, the company received a $1 million grant[6] from the National Human Genome Research Institute to carry forward work on the Trans-Proteomic Pipeline (TPP), an open-sourced software suite for the analysis and visualization of mass spectrometry (MS) data. And in 2010 the company secured a $1.2 million grant[7] from the National Institutes of Health for the analysis of biomarkers in the study of heart disease.
U.S. Federal Government
From 2006-2007 Dr. Olson took a civically oriented post as the chief of the Preservation Research Division at the
While at LOC Olson’s work included serving on the Inter-agency Work Group on Digital Data, the Library of Congress Strategic Planning Team, and the Continuation of Operations Program for emergency scenarios. One of the large engineering projects that Olson supported was the building of the largest hermetically sealed encasement ever made for a document. In service of that project, Olson raised over $227,000 in donations from Alcoa Foundation, among others, and provided technical support, including the engineering of the monitoring and manifold systems for the encasement. This project, led by Elmer Eusman (third from left) and Olson (second from left) in collaboration with NIST, built the housing for the 1507 Waldseemüller map.[10]. This map, the Universalis Cosmographiae, was based on data provided to Waldseemüller by Amerigo Vespucci, and was the origin of the modern name of the continents America.
From 2007-2010 Olson served as a senior level program manager for the
In 2009, Olson offered the keynote address at the 15th Detection Technologies conference[12]. In that year, Olson also authored the Science & Technology Basic Research Focus Areas[13] and portions of the High-Priority Technology Needs[14] documents for DHS, And he was a contributing author on the DHS Chemical and Biological Countermeasures Division Strategic Plan.[15]
In 2010, Olson joined the
While still at Johns Hopkins, the Intergovernmental Personnel Act made Olson a Mobility Program appointee to work on projects for the Defense Threat Reduction Agency (DTRA) where he served as senior analyst and advisor to the Biological Detection and Diagnostics Division[16]
Boeing
In 2012 Olson made the move back to the West coast starting a new career in aerospace at the Boeing company. At Boeing, Olson is a Program Manager for the chemical analysis group and runs a team of individual contributors working on root cause failure analysis and corrective action science and engineering. This team's work is almost entirely on system level failures rather than component issues, and is often at the forefront of investigations at the corporate level.
During the pandemic Olson was enlisted in the Confident Travel Initiative (CTI) team where he was one of four senior program managers who designed Boeing’s system to analyze the likelihood of aerosol-based disease transmission. Olson's work on this initiative was a continuation of the threat identification work he had done at DHS. There he had identified technologies with promise, notably the work of David Silcott at "S3i"., and in August of 2020, Olson's Boeing team collaborated with S3i and others on the biological aerosol detection project undertaken under the aegis of the United States Transportation Command (USTRANSCOM).[17] Olson was also the senior author on several of the peer-reviewed papers written on this subject during the pandemic.[18]
While at Boeing, Olson has been one of the principal architects of a number of initiatives. These have included the development and implementation of environmental testing; continuous variable measures for the analysis of corrosion[19]; the capability to test, in real-time, fire suppressants in a full-scale aircraft cargo mockup; and finally, the real time analysis of engine emissions while utilizing synthetic biofuels. The emissions projects have been focused on the challenges for operational mitigation of contrails sponsored by Dr. Steven Baughcum and the Boeing Company[20]
Personal Life
As a child, Olson lived in an unincorporated area near Portland called Garden Home. His father, Oscar Henry Olson, was an early employee and electrical engineer for Tektronix, and his mother, Mary Josephine Olson, was trained as a nurse and dedicated her life to the work of charity.
Nels Olson is married to Nataliya Olson, M.Sc. in Civil Engineering and a CPA who is also trained as a fraud investigator.
Selected Publications
- Trent, Stephen; Davis, Angela; Wu, Tateh; Menard, Danny; Cummins, Joshua J.; Santarpia, Joshua L.; Olson, Nels A. (July 2022). "Inhaled Mass and Particle Removal Dynamics in Commercial Buildings and Aircraft Cabins (cover story)". ASHRAE. 64 (7).
- Zee, Malia; Davis, Angela C.; Clark, Andrew D.; Wu, Tateh; Jones, Stephan P.; Waite, Lindsay L.; Cummins, Joshua J.; Olson, Nels Andrew (December 2021). "Computational fluid dynamics modeling of cough transport in an aircraft cabin". Scientific Reports. 11. .
Patents
- US 9614209B2, Olson N.A., et al., "Aircraft Including Mitigation System for Rechargeable Batteries", published 2017-04-04
- US 9658146B2, Olson N.A. et. al., "Analysis of Rechargeable Batteries", published 2017-05-23
- US 2007003941A1, Olson, N., Kermani, B.G., Ren, H., Kotseroglou, T., "Systems and Methods for Automated Quality Control of Polymer Synthesis", published September 21, 2010
- US 7776531B1, Olson, N., Barnard, S., Black, F., "Compositions and Methods for Stabilizing Surface Bound Probes", published August 17, 2010
- US 2005161329A1, Olson, N., Hutterer, K., Jovanovich, S., Roach, D., "Multiplexed Capillary Electrophoresis Systems", published 2005-07-28
- US 2005161329A1, Haugland, R. P., Zhang, Y.Z., Sabnis, R., Olson, N.A., Naleway, J.J., "Fluorescent haloalkyl derivatives of reporter molecules well retained in cells", published 1994-11-08
- US 5316906A, Haugland, R.P., Zhang, Y.Z., Yue, S.T., Terpetschnig, E., Olson, N.A., Naleway, J.J., Larison, K.D., Huang, Z., "Enzymatic Analysis Using Substrates That Yield Fluorescent Precipitates", published May 31, 1994
- US 5576424A, Mao F., Haugland, R.P., Zhang, Y.Z., Sabnis, R., Olson, N.A., Naleway, J.J., Haugland, R.P., "Haloalkyl Derivatives of Reporter Molecules used to Analyze Metabolic Activity in Cells", published 1996-11-19
- ^ a b "Amersham Pharmacia acquires Molecular Dynamics for $256mm". Jul 13, 1999. Retrieved Oct 24, 2022.
- ^ "NUKA ISLAND, IMO 7942738".
- ^ Huang, Z; You, W; Haugland, R.P.; Paragas, V.B.; Olson, N.A.; Haugland, R.P (1993). "A Novel Fluorogenic Substrate for Detecting Alkaline Phosphatase Activity in Situ". Journal of Histochemistry & Cytochemistry. 41 (2): 313–317.
Naleway, John J.; Fox, Christina M.J.; Robinhold, Daniel; Terpetschnig, Ewald; Olson, Nels A.; Haugland, Richard P. (1994). "Synthesis and use of new fluorogenic precipitating substrates". Tetrahedron Letters. 35 (46): 8569–8572. - ^ "Heinz Floss, Professor Emeritus, UW dept. of Chemistry".
- ^ "Robert E. Synovec, Professor, UW dept. of Chemistry".
"Synovec Lab website". - ^ "Insilicos gets $1 million grant for software project". Seattle Post-Intelligencer. Aug 30, 2007. Retrieved Oct 31, 2022.
- ^ "Insilicos Gets $1.2M NIH Grant". Seattle Post-Intelligencer. Sep 6, 2010. Retrieved Oct 31, 2022.
- ^ Frick, Walter (April 16, 2006). "New library chief to preserve the past". The Washington Times. Retrieved 2022-10-31.
- ^ "Andre Striegel (NIST)". Retrieved Oct 24, 2022.
- ^ Donna Urschel (June 2007). "Waldseemüller: Building a Case". Library of Congress Information Bulletin. Retrieved Oct 24, 2022.
- ^ "UW DHS meeting" (PDF). University of Washington. 2010.
- ^ "More than 100 Leading Organizations from Around the World to Convene in Washington, DC for Detection Technologies 2009". Newswire. Nov 3, 2009.
- ^ "Science & Technology Basic Research Focus Areas" (PDF). Science and Technology Directorate, Department of Homeland Security. 2009.
- ^ "High-Priority Technology Needs" (PDF). Science and Technology Directorate, Department of Homeland Security. 2009.
- ^ "Chemical and Biological Countermeasures Division Strategic Plan" (PDF). Department of Homeland Security, Science and Technology Directorate. 2011.
- ^ "The Illumina Example: DTRA as a Catalyst for Biotech Growth". Global Biodefense. Dec 11, 2012..
- ^ a b "TRANSCOM/AMC Commercial Aircraft Cabin Aerosol Dispersion Tests" (PDF). August 2020.
- .