SBIR/STTR Research Award

Serum Inflammasome proteins: Novel biomarker panel for radiation biodosimetry

Award identifier 76f2caaa24d7849af0bc5f41132a038e96f7fd26ace624e1338bdaf415550700Awarding agency Department of Health and Human Services · National Institutes of Health

Award amount

$301,260

Program and phase

STTR · Phase I

Award year

2019

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Award details

Awarding agency
Department of Health and Human Services
Branch
National Institutes of Health
Recipient company
JT-MESH DIAGNOSTICS LLC
Proposal award date
2019-09-10
Contract end date
2020-08-31
UEI
V7UKSJPL9F75
Solicitation number
PA18-575
Topic code
NIEHS

Research abstract

JT MeSh diagnostics is developing novel biodosimeter devices which will allow for rapidsimpleon site mass screening in the event of a nuclear disaster or an act of terrorismdirty bombBiodosimeters are critical in the event of a large scale radiological emergencyin the form of a nuclear disasterterrorist attack or radiation exposure of military personnelwhere a large population ofexposedindividuals need immediate appropriate medical care or assigned to triageThe current biodosimetry markers that are in use monitor clusters of potential biodosimetry genes or proteins that are radio sensitivehowever such detection procedures involve invasive proceduresspecific cells that need to be isolated from peripheral bloodlong processing timesspecialized facilities and technical expertise for data evaluationThus these assays although accurateare unsuitable for mass casualty screening at the site of the radiological eventWe propose to use a panel of inflammasome proteins that have been reported to be radiosensitive and are also part of the cellulardangersensing machineryThese proteins were chosen based on their radiosensitivity and their ability to be secreted from the tissue and vascular network into the circulation and we propose the use of these blood inflammasome proteins as potential radiation biodosimetry panelJT MeSH Diagnostics selectedinflammasome proteins which will be evaluated in this Phase I application as part of a potential biodosimeter panelWe propose to use an in vitro vascular network model to evaluate the panel ofinflammasome proteins as a radiation biodosimeter and to validate this panel as a radiation biodosimeter in an in vivo model of thoracic radiationThese studies will form the basis of a portable miniature platform that will allow rapid detection of inflammasome protein using a blood drop sampleThe JT MeSH Diagnostics device for mass casualty screening will rapidly determine if individuals were exposed to radiationi eirradiated non irradiatedand the level of exposure in a single easy and rapid test in a simple to use biodosimeter JT MeSH Diagnostics LLC is developing a panel ofinflammasome proteins found in the blood as a panel biodosimeter which will allow for rapidsimpleon site mass screening in the event of a nuclear disaster or an act of terrorismdirty bombThe proposed work will validate the panel and these studies will form the basis of developing amultiple samplingfirst responder screening toolto stratify individuals post radiological emergencies

Technology keywords

Not reported

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Agency intelligence

Department of Health and Human Services

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