Without the proper tools to continuously and adequately monitor our global air quality, the cause and effect relationships which interplay to result in environmental crises such as "acid rain" and ozone depletion can not be understood well enough to deal quickly and constructively with them.… More

Biode will utilize the results of its phase i research to develop (phase ii) and commercialize (phase iii) a totally new solid state sensor technology for biological measurements. this technology is based upon the merging of two other relatively new technologies: monoclonal antibodies (hybridoma… More

Biode, inc., will utilize the results of its phase i research to develop a totally new solid-state sensor technology for biological measurements. this technology is based upon the merging of two other relatively new technologies: nucleic acid probes (nucleic acid hybridization) with acoustic plate… More

Biode, inc., will utilize the results of its phase i research to develop a totally new solid-state biosensor technology for biological measurements. this technology is based upon the merging of two other relatively new technologies, monoclonal antibodies (hybridoma technology) with acoustic wave… More

This project is developing a new solid-state biosensor technology for biological measurements. this technology is based on the merging of two relatively different technologies: nucleic acid probes (dna hybridization technology) with acoustic plate mode (apm) microsensors. recent advances in the… More

BIODE will utilize the results of its Phase I research to develop (Phase II) and commercialize (Phase III) a totally new solid state biosensor technology for biological measurements. This technology is based upon the merging of two technologies: Triple Helix Nucleic Acid Probes with Acoustic Plate… More

The project intends to demonstrate the feasibility of a totally new antigen-antibody sensing technology that meets or exceeds the required sensitivity for the rapid homogeneous monitoring of antigen-antibody reactions requiring no initial sample or sensor preparation. very recently, acoustic… More

There is a critical need for a fast, simple sensor for aqueous mercury in waste, surface, and ground water. this sensor is required for the doe remediation efforts as well as the more widespread efforts in environmental protection. such a sensor should be able to react to nanogram per milliliter… More

We will test the feasibility of a reusable electronic biosensor technology capable of detecting HIVdirectly in serum. This technology is based upon the merging of two relatively different technologieAcoustic Plate Mode (APM) micro sensors. This biosensor technology will be capable of providing a… More

Military personnel are vulnerable to many biological agents, such as bacteria, bacterial toxins and viruses, in the field. These agents must be detected rapidly to allow prompt treatment of infected personnel. These agents may be detected using either immunological (antibody-antigen) or genomic… More

15 Piezoelectric Biosensors for Bacterial Detection and Speciation--Biode, Inc., 20 Freedom Parkway, Bangor, ME 04401-5745; (207) 848-2083 Dr. Jeffrey C. Andle, l, Principal Investigator Dr. Jeffrey C. Andle, Business Official DOE Grant No. DE-FG02-97ER82335 Amount: $74,490 Recent… More

15 Piezoelectric Biosensors for Bacterial Detection and Speciation--Biode, Inc., 20 Freedom Parkway, Bangor, ME 04401-5745; (207) 848-2083 Dr. Jeffrey C. Andle, l, Principal Investigator Dr. Jeffrey C. Andle, Business Official DOE Grant No. DE-FG02-97ER82335 Amount: $74,490 Recent developments… More