DWFP Competitive Grants : total 77 Awards

Transcription

1 DWFP Competitive rants : total 77 wards ORNIZTION PURPOSE Org* Disease Vector Ecology & Control Center, U.S. Navy, Jacksonville, FL Disease Vector Ecology & Control Center, U.S. Navy, Jacksonville, FL FY 2004: 8 wards Diesel ULV sprayer conversion and development Unmanned aerial vehicle for mosquito control ontana State University, Bozeman, T Comparative risk analyses and risk assessments Stratacor, Inc., Richmond, C Repellent synergist development D Texas Tech University, Lubbock, TX Hollow fiber impregnated textiles for permethrin University of Florida, ainesville, FL Filth and biting fly control Walter Reed rmy Institute of Research, Silver Spring, D Integrated sand fly control in Iraq Walter Reed rmy Institute of Research, Silver Spring, D Sand fly control and colony development Hebrew University, Jerusalem, Israel Louisiana State University, Baton Rouge, L FY 2005: 7 wards Novel sand fly control practices at military camps in desert conditions Targeted sand fly control using rodent feed-through insecticides North Carolina State University, Raleigh, NC Lethal ovitrap refinement for dengue vector control University of Florida, ainesville, FL Development of low molecular weight insecticides University of Wisconsin, adison, WI Development of novel insect growth regulators U.S. Navy edical Research Detachment, Peru Dengue vector control using pyriproxifen autodissemination 910 irlift roup, Youngstown ir Reserve Station, OH osquito control using the unmanned aerial vehicle FY 2006: 6 wards DPCO, Sanford, FL New ULV adulticide etofenprox D

2 Dorendorf dvanced Technologies, Winnebago, N Development of diesel backpack mist blower D Dorendorf dvanced Technologies, Winnebago, N Ultra-Low Volume (ULV) nozzle development D ontana State University, Bozeman, T Comparative risk analyses and risk assessments University of Florida, ainesville, FL Novel compounds for filth fly control Walter Reed rmy Institute of Research, Silver Spring, D etofluthrin spatial repellent evaluations Centers for Disease Control & Prevention, National Center for Zoonotic, Vector-Borne & Enteric Diseases, Fort Collins, CO FY 2007: 3 wards Nootkatone natural product repellent/toxicant development U.S. rmy edical Research Unit, Kenya Construction of sand fly insectary and testing facility Walter Reed rmy Institute of Research, Silver Spring, D Sand fly control and colony development FY 2008: 10 wards ptiv, Inc., Portland, OR dulticides and sugar baits targeting sand flies rmed Forces Res Inst edical Sciences, Bangkok, Thailand edes aegypti control with pyriproxifen & novel strategies ustralian rmy alaria Institute, Enoggera, QLD ustralia rmy field evaluations of repellent textiles Clarke, Roselle, IL Larvicide formulation and new synergist development D Dorendorf dvanced Technologies, Winnebago, N ULV backpack system prototype U-BLS-1 sprayer D enesis Laboratories, Wellington, CO Feed through insecticide rodent baits for sand fly control D Hebrew University, Jerusalem, Israel Insecticide treated durable fabric barrier fence for sand flies Louisiana State University, Baton Rouge, L Sand fly larval control; rodent feed through larvicide University of Florida, ainesville, FL Filth fly control strategies Florida Fly-Baiter development University of Florida, ainesville, FL ULV spray characterization in temperate/desert conditions FY 2009: 5 wards Beeologics LLC, iami, FL olecular pesticide (dsrn) production D Central Life Sciences, Schaumburg, IL Etofenprox ULV aerial spray data for EP registration D Louisiana State University, Baton Rouge, L Extension of previous feed through insecticide grant

3 Springstar, Woodinville, W Lethal ovitrap testing and development D Westham Innovations, Israel ttractive toxic sugar bait development for sand flies D FY 2010: 6 wards Dorendorf dvanced Technologies, Cape Coral, FL Temperature controlled nozzle for thermal & ULV sprayers D enesis Laboratories, Wellington, CO Rodent feed-through insecticides for sand fly control D Israel inistry of Health, Jerusalem ttractive toxic sugar bait formulation and field evaluations Rutgers University, New Brunswick, NJ Pyriproxyfen use for area-wide e. albopictus control University of Florida, Emerging Pathogens Inst., ainesville, FL Target site identification and novel insecticide development Westham Innovations, Tel-viv, Israel Registration of attractive toxic sugar bait station for vector control FY 2011: 9 wards BSF, Raleigh, NC Residual insecticide formulations for treating military fabrics D Beeologics LLC, iami, FL Formulation/environmental fate for molecular dsrn D Clarke, Roselle, IL Indoor residual spray formulation/resistance management D Dorendorf dvanced Technologies, Cape Coral, FL Centrifugal radial flow compressor sprayer technology D International Pesticide pplication Research Centre, Berks, UK Electrostatic sprayer research and development Louisiana State University, Baton Rouge, L dditional sand fly feed through insecticide trials in frica ontana State University, Bozeman, T odel development and optimization of ULV effectiveness Walter Reed rmy Institute of Research, Silver Spring, D Topical repellent efficacy evaluations on infected vectors Westham Innovations, Israel dditional sand fly sugar bait station devlpmnt/evals D FY 2012: 8 wards rmy Soldier RD&EC, Natick, Non-toxic insect-resistant textiles for military clothing Dorendorf dvanced Technologies, Cape Coral, FL dvanced development of ULV backpack sprayers D enesis Laboratories, Wellington, CO Rodent baits for systemic control of sandfly vectors of leishmaniases D D

4 Iowa State University, mes, I Pyrethroid insecticide enhancement with essential oils against mosquitoes Israel inistry of Health, Jerusalem Optimizing toxic sugar baits vs sandflies assachusetts Institute of Technology, Cambridge, Purdue University, West Lafayette, IN Rutgers University, New Brunswick, NJ Natick Soldier Research Development & Engineering Center icro-dispensers for controlled release of low toxicity pesticides Novel molecular targeting for controlling vector mosquitoes and sandflies Pyriproxyfen autodissemination stations for dengue vector control FY 2013: 3 wards Resolving permethrin loss from factory-treated military uniforms Navy Entomology Center of Excellence, Jacksonville, FL Novel electrostatic sprayer 5-10µ cold droplets University of Florida, ainesville, FL Durable lethal ovitraps for dengue vector mosquitoes Ifkara Health Institute, Bagamoyo, Tanzania US Centers for Disease Control and Prevention, tlanta, QIR Berghofer edical Institute, Brisbane, ustralia FY 2015: 7 wards Randomised Control Trial of Permethrin Treated Uniforms and 30% DEET Skin Repellents to Reduce alaria Incidence in ilitary Personnel on ctive Duty in Regions of Hyperendemicity Simple Colorimetric Test to easure Permethrin on ilitary Uniforms Deployment of optimal-dose, volatile pyrethroids for the prevention of biting and disease transmission by insects North Carolina State University, Raleigh, NC Kill Pull Kill: New anagement Strategy for Filth Flies enesis Laboratories, Wellington, CO Development of a fipronil-based rodent bait to prevent cutaneous leishmaniasis in U.S. troops University of Florida, ainesville, FL Spatial Repellent System for Long-Term Release State University of New York, Syracuse, NY Dry attractive bait stations (DBs) for edes aegypti control I

5 ISC Technologies, Riverside, C University of Notre Dame, Office of Research, Notre Dame, IN FY 2016: 5 wards SPLT BC: Safe, Effective and Long-Lasting Larvicide for Disease-Carrying osquitoes Novel Insecticides: Structure ctivity Relationships of a Formamidine Octopamine Receptor gonist with mosquitocidal activity US rmy Natick Soldier Systems Center Natick, Insect Resistant Fibers for Textiles US rmy Natick Soldier Systems Center, Natick, Non Pesticide Dependent Textile Based Fly Traps NRU-6, Iquitos, Peru Field testing commercially available insecticide treated barriers for protection from mosquito-borne diseases in a military setting I * Organization types and numbers of wards (N=77): 31 cademia; 23D Industry; 18 ilitary; 5 other overnment Other cronyms: dsrn = double-stranded ribonucleic acid; DWFP = Deployed War-Fighter Protection Program; EP = Environmental Protection gency; FY = Fiscal Year; U-BLS-1 = Ultimate-Backpack Liquid tomization System-One; ULV = ultra-low volume