Biological & Chemical Warfare Agent Detection
1. Chemical Sensors
Research Group (CSRG) is working on
various types of chemical sensors. This web site, which is also available in CD
version, presents selected areas of our activity. Our intention was to gather
some texts, figures and tutorials on ion selective electrodes (ISE), ion
sensitive field effect transistors (ISFET) and fiber optic chemical sensors
(abbreviated as OPTO, however more common is FOCS). The figures and slides were
created in our group using results of experiments or drawings of the sensors.
Sometimes pictures (e.g. presenting equipment) were downloaded from the
internet.
http://www.ch.pw.edu.pl/~dybko/csrg/index2_new.html
2. Sensing
chemical or biological warfare agents
The concentration of GM1 ganglioside can determine the number of
points of attachment between cholera toxin and the surface. The ability of GM1
to diffuse in this biomimetic membrane maximizes the interaction. Attachment at
multiple sites results in slower dissociation kinetics and higher apparent
affinity.
http://www.cstl.nist.gov/biotech/biomat/Projects/warfare.html
3. Biological warfare, bioterrorism, biodefence and the biological
and toxin weapons convention (Edgar
J. DaSilva)
Tissue-based
biosensors provide reliable alerts and assessments of human health risks in
counteracting bioterrorism and biowarfare. Comprised of multicellular
assemblies, and wide-ranging antibody templates, such sensors detect. and
predict physiological consequences arising from biological agents that have not
been fingerprinted nor identified at the molecular level. Alerts and
assessments are made through the use of reporting molecules that express
themselves through the phenomena of luminescence, fluorescence, etc. (Table 4 a,
b, c).
Biosensors, using
fibre optic or electrochemical devices, have been developed for detecting
micro-organisms in clinical, food technology, and military applications (King et al, 1999; Mulchandani et al,
1999). An immunosensor is used for the detection of Candida albicans
(Muramatsu et al,
1986). Bacillus anthracis, and bacteria in culture are detected by
optical sensors (Swenson,
1992). In addition, several systems have been developed in the USA to
detect biological weapons. Generic and polyvalent immunosensors have been
devised to detect biological agents that cause metabolic damage and whose
antigenic structure has been specifically genetically altered to avoid
detection by antibody-based detection systems. Other biodetection systems
functioning as early warning/alert systems involve the detection of biological
particle densities by laser eyes and electronic noses with incorporated alarms.
Emphasis in such systems is less on the identity of the biological agent, and
more on the early warning aspect which constitutes an effective arm in
counteracting the threat of bioterrorism in daily and routine peace time
environments (Schutz
et al, 1999).
Such electronic
noses result from a combination of neural informational networks with either
chemical or biological sensor arrays and miniaturised spectral meters. Compact,
automated and portable, electronic noses offer inexpensive on-the-spot
real-time analysis of toxic fuel and gas mixtures, and identification of toxic
wastes, household gas, air quality, and body odours (Wu, 1999).
The two quotes
above taken from a good paper on the subject as a whole at
http://www.ejb.org/content/vol2/issue3/full/2/
Edgar J. DaSilva e.dasilva@unesco.org
http://www.frost.com/verity/press/aerospace_defense/pr725916.htm
5.
BIOAGENT CHIP A sensor to detect a biological warfare attack in seconds
http://www.sciam.com/2000/0300issue/0300techbus4.html
6.
Catching the bug before it kills
http://www.zdnet.com/enterprise/stories/main/0,10228,2671596,00.html
7.
Advanced Materials and Optical Systems for Chemical and Biological
Detection
http://www.spie.org/web/meetings/programs/pe99/confs/3858.html
8.
Super Cell Sensors
http://www.accessexcellence.com/WN/SUA12/pebble398.html
12. Countering The Bio Threat
Recent Breakthroughs Give US Forces A Limited Ability To Detect Deadly
Biological Warfare Agents
http://www.specialoperations.com/Literature/AFJI/BWA.htm
13.
M21 Remote Sensing Chemical Agent
http://www.sbccom.apgea.army.mil/products/m21train.htm
http://www.sbccom.apgea.army.mil/products/m22.htm
15. Detection and Measurement of Chemical
Agents
http://www.nap.edu/html/terrorism/ch4.html
Concerning specific chemicals and bioagents, the availability of specific sensors is vague. There are many companies represented in this reference list, yet sensors for specific threats are elusive. However, the list of companies itself provides essential product and contact information. This list is followed by a supplemental list which gives the names of particular technologies and their respective companies, many of which are relevant to us.
Instruments for detection of chemical and biological compounds.
· Computing Devices Canada, Ltd. (CDC);
Terrorist use of biological agents is a serious and growing threat facing many nations. Rapid detection, identification and early warning are key features of an integrated approach to defending against this threat. 4WARN is your solution.
· Veridian
Nuclear/Chemical/Biological Defense
Intellitec has produced over 38,000 M8A1 Point Chemical Detection Systems for the US Armed Forces and 25 foreign customers since 1963. Intellitec's ICAM(Improved Chemical Agent Monitor) is a lightweight, handheld monitor that detects low levels of nerve and mustard agents and is easily updated for new chemical threats.
· Electro-Optics Organization (EOO), Inc.
BIOLOGICAL AGENT SENSOR As became clear during and
after the Gulf War, chemical and biological (chem/bio) weapons are a great
threat to both civilians and armed forces.
info@eooinc.com
· Environmental Technologies Group, Inc. (ETG);
The BD is an automatic biological agent detector
developed for U.S. Army Chemical and Biological Defense
Command. The system is currently in production and is a key component of P3I
Biological Integrated Detection
System (BIDS).
Marketing@EnvTech.com
Graseby
Dynamics have extended their expertise into the biological agent detection
market. Graseby Dynamics, with Hunting Engineering, EDS and DERA, have won two
contracts with the UK MoD for a prototype and integrated biological detection
system (PBDS and IBDS).
general@grasebydynamics.com
Integrated Biological Detection System (IBDS): The Integrated Biological Detection System is under development for the Ministry of Defence and will replace the BDS units currently in-Service.The system provides greatly enhanced ergonomics and advanced automation.
IITRI is a premier research laboratory involved in the development and evaluation of novel technologies for detection, decontamination, and demilitarization of chemical and biological warfare materials. Under a bailment agreement with the U.S. Army, the Chemical Technology Department operates a surety laboratory equipped with state-of-the-art instrumentation.
Chemical Sensors
Since 1993, Librascope has won three major contracts (MICAD, AICPS and JBPDS) with the U. S. Army Chemical/Biological Defense Command, Edgewood Area, Aberdeen Proving Ground, Maryland. Librascope has on-going efforts in several other key NBC Defense programs with U. S. Army and Joint Service Applications. Several of our NBC Defense System products are also being evaluated for transition into the civilian arena, to be used for environmental monitoring, detection, reporting, and collective protection.
· Orbital Sciences Corporation
We are applying our sensor expertise to help the U.S. Government develop
critical biological and chemical agent detection technologies. As industrial
partner to Oak Ridge National Laboratory (ORNL), we are building the first
pre-production units of the Chemical and Biological Mass Spectrometer.
· Scientific Instrumentation, Ltd.
CADS II is an advanced, field portable, chemical
agent
warfare detection system developed for the CF to
remotely detect and identify chemical warfare agents.
s.i.l@sil.sk.ca
Syagen has
developed the most advanced, easy-to-operate detection systems for
counterterrorism (chemical agents and explosives) and other applications
requiring real-time, ultrasensitive chemical analysis of complex mixtures.
Syagen's flagship detection system employs an autosampler and a photoionization
(PI) source that enables reliable detection of targeted compounds in
potentially complex mixtures (figure).
info@syagen.com
Supplementary List of Chemical and
Biological warfare detection systems and companies.
Chemical Agent Detection (Taken from http://www.nap.edu/html/terrorism/app_b.html)
ACAMS Automated Continuous Air Monitoring System |
ABB Process Analytics |
|
|
Remote molecular air quality monitoring system (FTIR) |
AIL Diversified Products Group |
|
Nerve agent vapor detector (NAVD) |
|
|
Paper, Chemical Agent Liquid Detectors, 3-WAY |
Anachemia Canada Inc. |
|
C2 chemical agent detector kit |
Anachemia Canada Inc. |
|
CUB 800 |
Bear Instruments, Inc. |
|
Infrared Detector for Gas Chromatograph |
Biorad, Digilab Division |
|
Transform spectrometer |
Bomem Inc. |
|
TYPE 1306 Toxic-Gas Monitor |
Bruel and Kjaer Instruments |
|
TYPE 1302 multigas monitor |
Bruel and Kjaer Instruments |
|
Rapid Alarm and Identification Device (AID-1) |
Bruel and Kjaer Instruments |
|
Chemical Surety Chamber and Lab |
|
|
Automatic Liquid Agent Detector (ALAD) System |
Calspan Corporation |
|
Miniature Chemical Agent Monitor (MINICAM) |
CMS Research Corporation |
|
Detector tubes |
|
|
Continuous Chemical Agents Sensor (CHASE) |
Elbit-Ati Instruments |
|
4100 vapor detector |
Electronic Sensor Technology |
|
Improved Chemical Agent Monitor (ICAM-APD) |
|
|
APD2000 Hand-held CW/radiation detector/monitor |
Environmental Technologies |
|
Miniature Chemical Agent Detector (ICAD) |
Environmental Technologies |
|
Chemical Agent Monitor (CAM) |
Environmental Technologies |
|
Detalac Automatic Detector of Nerve gas agents |
Giat Industries |
|
Environmental Vapor Monitor (EVM) |
Graseby Dynamics Ltd (UK) |
|
Point Chemical Agent Detector (GID-3) |
Graseby Dynamics |
|
HP 6890 Plus Gas Chromatograph |
Hewlett-Packard |
|
HP 2350 Atomic Emission Detector |
Hewlett-Packard Co. |
|
HP 5973 MSD |
Hewlett-Packard Co. |
|
Improved Chemical Agent Monitor (ICAM) |
Intellitec (Florida) |
|
M8A1 automatic chemical agent alarm (M43A1 and M42 ) |
Intellitec (Florida) |
|
AN/KAS-1 Chemical Warfare Directional Detector (standoff) |
Intellitec (Florida) |
|
M21 Remote sensing chemical agent alarm (RSCAAL) |
Intellitec (Florida) |
|
Nerve Agent Immobilized-Enzyme Alarm and Detector (NAIAD) |
Jasmin Simtec Limited |
|
SAW MiniCAD miniature chemical agent detector |
Microsensor Systems, Inc. |
|
CW Sentry |
Microsensor Systems, Inc., |
|
RCAD II Monitor |
Microsensor Systems, Inc., |
|
EKHO |
Mine Safety Appliances Co. |
|
Field MINICAMS (FM-2000) |
OI Analytical, Inc |
|
Phemtochem Ion Mobility Spectrometer, Model 110 |
PCP Inc. |
|
API 365 |
Pe Sciex |
|
Microchromatography |
|
|
AP2C Family of Chemical Agent Detectors |
Proengin S.A. (France) |
|
MINIRAE Plus |
Rae Systems |
|
Direct-Reading Tubes |
Sensidyne |
|
M90D1-A Chemical detector |
Sensor Application Inc (VA) |
|
Scentograph Plus II with AID/RCD Detector |
Sentex Systems Inc. |
|
Scentoscreen (Gas Chromatograph) with Argon Ionization Detector |
Sentex Systems Inc. |
|
SCX-20 VOC Monitor |
Spectrex Corporation |
|
Dual Flame Photometric Detector |
SRI Instruments Inc. |
|
TestMate portable blood cholinesterase test system |
TestMate, Inc |
|
Miran Sapphire |
The Foxboro Company |
|
Chemical agent point detection system for ships (CPDS) |
Tradeways Ltd (MD) |
|
M8 Chemical detection paper |
Tradeways Ltd (VA) |
|
M9 Chemical detection paper |
Tradeways Ltd (VA) |
|
M256A1 Chemical detection kit |
Truetech Inc (NY) |
|
M272 Water testing kit |
Truetech Inc (NY) |
|
M18A2 Chemical detection kit |
Truetech, Inc (NY) |
|
SATURN |
Varian Chromatography Systems |
|
Portable GC/MS systems: SpectraTrak and CADIS |
Viking Instruments Corporation |
|
Mass-Spec-On-Chip (MSOC) |
Westinghouse Electronic System |
Field testing |
||
|
FBI Fly-away Laboratory |
Unknown |
|
Nonintrusive interrogation of closed containers |
Battelle Columbus |
|
CB mass spectrometer (CBMS I) |
Bruker Instruments |
|
Air Transportable Modular Analytical Laboratory (MODLAB) |
CBDCOM |
|
XM22 Advanced Chemical Agent Detector/alarm (ACADA) |
ERDEC/Nowack |
|
SOF Chemical Agent Detector w low false positives |
Graseby |
|
GI-MINI Miniature Chemical Warfare Detector/Monitor |
Graseby Dynamics |
|
Rugged, portable GC-MS for CW agents |
LLNL |
|
Multipurpose integrated chemical agent alarm (MICAD) |
Lockheed Martin |
|
Shipboard Automatic Liquid Agent Detector (SALAD) |
Naval Sea Systems Command |
|
Improved Point Detection System (IPDS) |
Naval Sea Systems Command |
|
SAWRHINO (nerve and vesicant agents) |
NRL/Veneskey |
|
LabChip applications to ChE and immunoassays of selected CBW agents |
ORNL/Ramsey |
|
Bruker Ims Point Chemical Detector (PCD) |
Bruker Saxonia Analytik (Germany) |
|
Minitube Air Sampling System (MASS) |
Canadian Centre for Advanced Instrumentation |
|
Chemical Agent Detection System II (CADS II) |
Scientific Instrumentation Limited (Canada) |
|
Laser Remote Detector |
Research Institute 070 BRNO (Czech Republic) |
|
MARK 1 Detector Kit Chemical Agent Residual Vapor (RVD) |
Richmond Packaging (UK) Limited |
U.S. Government |
||
|
Contract Labs |
EPA Envir Response Team Center (NJ) (Lafornara) |
|
TAGA 6000E MS/MS-triple quadrapole |
EPA Envir Response Team Center (NJ) (Lafornara) |
|
Mobile lab |
EPA Envir Response Team Center (NJ) (Lafornara) |
Laboratory Research |
||
|
Canine detection of low level CW |
Auburn: Lackland AFB |
|
Wearable dosimeter indicating cumulative exposure |
CWC Treaty Lab |
|
Miniature GC-IMS |
DARPA (Technispan) G. Spangler |
|
Joint service lightweight standoff chemical agent detector (JSLSCAD) |
JPOBD |
|
Joint Service Chemical Agent Detector (JCAD) |
JPOCD |
|
Joint Service Chemical Warning and Identification LIDAR |
JPOCD |
|
Miniaturized liquid chromatography |
M.D. Porter, Iowa StateUniversity |
|
Micro-mass spectrometer for containment gas monitoring |
M.P. Sinha, Imaging and Spectrometry Systems Technology |
|
Neuron Chip |
NRL/F. Ligler |
|
Micro unmanned chemical and biological sensor vehicle |
NRL/R. Foch |
|
CB mass spectrometer Block 2 (CBMS II) |
Oak Ridge National Laboratory |
|
Advanced Ion-trap mass spectrometry |
ORNL/S. McLuckey |
|
Capillary electrophoretic methods for monitoring spacecraft water |
NASA/R.L. Sauer |
|
Enzyme-FET |
Sandia National Lab/Thomas |
|
Parallel Micro Separations-based Detection (PMSD) |
SNL/Vitko |
|
Noninvasive methemoglobin measurement |
USAMRMC |
Military |
||
|
GS/MS detection of chlorovinylarsenous acid (from Lewisite) in urine |
USAMRMC |
|
GS/MS detection of phosphonic acids (from GA,VX) in patient fluids |
USAMRMC |
Biological Agent Detection (taken from http://www.nap.edu/html/terrorism/app_b.html)
LIfeChip High-Density Nucleic Acid Microarrays |
Affymetrix, Inc. |
|
|
Profile 1 Bioluminometer |
Environmental Technologies |
|
SMART Biological Warfare Detection Tickets |
Environmental Technologies |
|
Biological integrated detection system (BIDS) |
Environmental Technologies |
|
LightCycler (LC32) Thermal cycler microvolume fluorimeter |
Idaho Technology |
|
SpinCon High-volume Portable Air Sampler |
Midwest Research Institute (MRI) |
Field tests |
||
|
PathoSeq bacterial gene sequence library |
Affymetrix, Inc. |
|
Modification of NMRI handheld BW tickets |
Battelle/NMRI |
|
CB mass spectrometer (CBMS I) |
Bruker Instruments |
|
Biological Microchips for Field Analysis of Microorganisms |
DARPA (ANL, A. Mirzabekov) |
|
Mini Mass Spectrometer for Biodetection |
DARPA (JHU/APL, W. Bryden) |
|
16S Ribosomal RNA Hierarchical Analysis |
DARPA (Northwestern U.) Stabl |
|
Miniature Environmental Air Sampler Using Aerogel |
DARPA (PSR, Inc.) UVA, C. Daitch, P. Norris |
|
Hierarchical Analysis of Unknown Biological Samples |
Duke Univ./Wilson |
|
Simultaneous immunoPCR and genomic PCR |
DuPont/Ebersole |
|
ALERT Lateral Flow Immunoassay Tickets |
ERDEC/Emanuel and Valdes |
|
Integrated Virus Detection System |
ERDEC/Wick and EnVirion, L.C. |
|
High speed chemical analysis of DNA by TOF-MS |
GeneTrace Systems |
|
Interim biological agent detector (IBAD) |
JPOBD |
|
Compact DNA-based Bacterial Identification by Flow Cytometry |
LANL/B. Marrone |
|
Antibiotic Resistance Detection |
LANL/Jackson; N. Ariz. U./Keil |
|
BW Genetic Sequencing |
LANL/Jackson; LLNL; Duke/Wilson |
|
Self-assembling thin film biosensors |
LBNL/Charych |
|
Improved methods to isolate and process DNA from environmental samples |
LLNL/Carrano; LANL/Kuske |
|
Miniature PCR-based Bioagent Detector |
LLNL/Marriella |
|
Marine Corps Unit Biological Detector |
MARCORSYSCOM/Bryce |
|
DNA Dipstick |
Molecular Tools, Inc./Boyce-Jacino |
|
Handheld Assay SMART Tickets |
NMRI/Churilla |
|
Automated Programmable |
Nanogen, Inc. Electronic Matrix APEX microchip |
|
Rapid PCR assays for BW detection |
NMRI/Long and identification |
|
Single Particle Fluoresence Counter |
NRL/Eversole |
|
Anaylate 2000 Fiberoptic waveguide biodetector |
NRL/Ligler |
|
LabChip applications to ChE and immunoassays of selected CBW agents |
ORNL/Ramsey |
|
Long range biological standoff detection system (XM94) |
Schwartz Electro-Optics |
|
Chem/Bio Sentry System |
Tech Escort Unit |
Laboratory |
||
|
FBI Fly-away Laboratory |
Unknown |
|
Liquid phase piezoelectric immunosensors |
A.A. Suleiman, Southern U. |
|
Joint biological point detection system (JBPDS) |
CBDCOM |
|
Nanoscale DNA |
CuraGen Corp. |
|
Advanced Diagnostics Program |
DARPA |
|
Unmanned Aerial Vehicle-Borne Hybrid Optical Sensor |
DARPA (Electro-Optics, Inc.) P. Titterton |
|
Novel Biodetection by Spore-specific Phosphorescen |
DARPA (IIT Research Inst.) K. Rajan |
|
Next Generation, Integrated Biosensor Research |
DARPA (Pacific Sierra) UVA, C. Daitch, P. Norris |
|
Smart Aerogels for Application in Biowarfare |
DARPA (PSR, Inc.) UVA, C. Daitch, P. Norris |
|
Upconverting Phosphor Flow Cytometer |
DARPA (SRI, J. Carrico) |
|
Upconverting Phosphor Compact |
DARPA (SRI, J. Carrico) Handheld Biosensor |
|
Novel Antibody Reagents (Immunoplastics) for Sensors |
DARPA (U. of TX, G. Georgiou) |
|
Structure-based Ligands to Capture Microorganisms |
DARPA (U. of Ala., Birm)L. DeLucas |
|
Capture of Pathogenic Microbes |
DARPA (Utah State U.) L. Powers |
|
Pathogenic Microbe Sensor Technology |
DARPA (Utah State U.) B. Weimer |
|
Rapid methods of detecting BW agents on food |
FDA; U. of Md. |
|
Rapid bacterial testing for spacecraft water |
G.A. McFeters, Montana State U. |
|
Microbial monitoring based on quantitative PCR |
G.H. Cassell, U. of Alabama, Birmingham |
|
MALDI-MS for identifying intact whole bacteria |
Joint Inst Food Safety and Appl Nutrition/Musser |
|
Joint Biological Remote Early Warning System (JBREWS) |
JPOBD |
|
Simultaneous monitoring of multiple bacteria in spacecraft |
M.D. Eggers, Genometrix, Inc. |
|
IGEN PCR Biosensor Assay |
NMRI/Churilla |
|
Recombinant antibodies for BW Agents |
NMRI/Churilla |
|
DNA Detection via Current- Rectifying Oligonucleotides |
Northwestern U./Mirkin |
|
Force Amplified Biological Sensor (FABS) |
NRL/Colton |
|
A Multiplexed Immunosensor based on Lateral Force Microscopy |
NRL/Gaber |
|
Automated Multiagent Sensor |
NRL/Ligler |
|
Neuron Chip |
NRL/Ligler |
|
Micro unmanned chemical and biological sensor vehicles |
NRL/R.Foch |
|
CB mass spectrometer Block 2 (CBMS II) |
Oak Ridge National Laboratory |
|
Recombinant antibodies specific to Bacillus anthracis spores |
ONR/LLNL (Leighton) |
|
Advanced Ion-trap mass spectrometry |
ORNL/McLuckey |
|
Bioaerosol Detector System based on Aerogel |
Pacific-Sierra Research Corp |
|
UV Fluoresence Detection of BW Agents on Surfaces |
Sandia NL/Thomas |
|
Parallel Micro Separations-based Detection (PMSD) |
SNL/Vitko, Thomas |
|
Taqman PCR-based BW assays |
USAMRIID |
|
Automated Nucleic Acid Extractor |
USAMRIID/Xohox, Inc |
|
Deployable diagnostic kit for biowarfare agents |
USAMRMC |