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All Federal Grant Awards
Project Grant R43DK110972
Award Date
9/1/16
Completion Date
8/31/18
Dollars Obligated
$255K
Overview
Activity
4
Transactions
4
Subawards
Similar Awards
Federal Agency
National Institute of Diabetes and Digestive and Kidney Diseases
Awardee
SFC Fluidics, Inc. (GTPCCLD8LK26)
Federal Grant Program
93.847
Assistance Type
Project Grant
Place of Performance
Fayetteville, AR 72701, USA
Update #1
Update #2
DEVELOPMENT OF A LOW-PROFILE DUAL HORMONE PATCH PUMP WITH NOVEL OCCLUSION SENSOR
Posted 8/30/16
5
1
Mod #
Description
ReasonForModification
Federal Obligation
Date
Not listed
DEVELOPMENT OF A LOW-PROFILE DUAL HORMONE PATCH PUMP WITH NOVEL OCCLUSION SENSOR - DEVELOPMENT OF A LOW-PROFILE DUAL HORMONE PATCH PUMP WITH NOVEL OCCLUSION SENSOR PROJECT SUMMARY: THE SPECIFIC AIM OF THIS PROJECT IS TO DEVELOP A DISCRETE, LOW-PROFILE, DUAL HORMONE DRUG DELIVERY SYSTEM USING SFC FLUIDICS' ENABLING MICROFLUIDIC TECHNOLOGIES. A DUAL EPUMP WILL BE DEVELOPED IN WHICH A SINGLE EPUMP BODY WILL INDEPENDENTLY AND ACCURATELY DELIVER BOTH INSULIN AND GLUCAGON FROM TWO SEPARATE RESERVOIRS. LATCHING MICRO-VALVE SETS WILL INDEPENDENTLY AND SAFELY CONTROL THE DELIVERY OF EACH HORMONE AND A FLOW CONFIRMATION SENSOR WILL IDENTIFY DOSING ERRORS FROM EITHER OCCLUSIONS OR ELECTRICAL/MECHANICAL FAILURES. PHASE I WILL SEE THE DEVELOPMENT OF AN EARLY PROTOTYPE WITH CONTROL SYSTEM, AND A DOSING ACCURACY OF +/- 5% (FOR NL TO ML DOSING VOLUMES) WILL BE TARGETED. DURING PHASE II, SFC FLUIDICS WILL WORK CLOSELY WITH CLINICIANS AND DRUG FORMULATION, GLUCOSE SENSOR AND CONTROL ALGORITHM DEVELOPERS TO DEVELOP A ROBUST AND RELIABLE ARTIFICIAL PANCREAS.
$0
9/7/21
Not listed
DEVELOPMENT OF A LOW-PROFILE DUAL HORMONE PATCH PUMP WITH NOVEL OCCLUSION SENSOR - DEVELOPMENT OF A LOW-PROFILE DUAL HORMONE PATCH PUMP WITH NOVEL OCCLUSION SENSOR PROJECT SUMMARY: THE SPECIFIC AIM OF THIS PROJECT IS TO DEVELOP A DISCRETE, LOW-PROFILE, DUAL HORMONE DRUG DELIVERY SYSTEM USING SFC FLUIDICS' ENABLING MICROFLUIDIC TECHNOLOGIES. A DUAL EPUMP WILL BE DEVELOPED IN WHICH A SINGLE EPUMP BODY WILL INDEPENDENTLY AND ACCURATELY DELIVER BOTH INSULIN AND GLUCAGON FROM TWO SEPARATE RESERVOIRS. LATCHING MICRO-VALVE SETS WILL INDEPENDENTLY AND SAFELY CONTROL THE DELIVERY OF EACH HORMONE AND A FLOW CONFIRMATION SENSOR WILL IDENTIFY DOSING ERRORS FROM EITHER OCCLUSIONS OR ELECTRICAL/MECHANICAL FAILURES. PHASE I WILL SEE THE DEVELOPMENT OF AN EARLY PROTOTYPE WITH CONTROL SYSTEM, AND A DOSING ACCURACY OF +/- 5% (FOR NL TO ML DOSING VOLUMES) WILL BE TARGETED. DURING PHASE II, SFC FLUIDICS WILL WORK CLOSELY WITH CLINICIANS AND DRUG FORMULATION, GLUCOSE SENSOR AND CONTROL ALGORITHM DEVELOPERS TO DEVELOP A ROBUST AND RELIABLE ARTIFICIAL PANCREAS.
$0
9/7/21
Not listed
DEVELOPMENT OF A LOW-PROFILE DUAL HORMONE PATCH PUMP WITH NOVEL OCCLUSION SENSOR
$30.0k
9/15/17
Not listed
DEVELOPMENT OF A LOW-PROFILE DUAL HORMONE PATCH PUMP WITH NOVEL OCCLUSION SENSOR
$225.0k
8/30/16