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1 R03 EB008373
9/07-8/10 : $300,000
NIH/NIBIB
The audible human project. A study to develo an acoustic model of the human torso
1 R44 DK59685
5/06-7/10 : $1,200,000
NIH/NIDDK
Rapid assessment of vascular grafts patency. The major goal of this project is to develop an methodology and device for rapid assessment of blood flow vessels.
1 R21/33 EB003286
8/03-7/06 : $1,400,000
NIH/NIBIB
Device for pneumothorax diagnosis using breath sounds. The major goal of this project is to investigate the feasibility of using breath sounds for pneumothorax diagnosis
1 R44 HL61108
5/01-4/05 : $750,000
NIH/NHLBI
Portable device for instant detection of pneumothorax. This is an SBIR Phase 2 study following up on a Phase 1 study to develop an acoustic methodology and device for portable, instantaneous detection of pneumothorax.
1 R43 DK59685
5/02-1/05 : $100,000
NIH/NIDDKD
Rapid patency assessment of dialysis vascular access. This is a study to develop an acoustic methodology and device for rapid assessment of dialysis access.
TF 01-0014
7/01-1/03 : $80,000
The Whitaker Foundation
Source and use of breath sounds for pneumothorax detection This is a study of the changes in breath sounds due to pneumothorax.
R21 RR14250
11/99-10/02 : $250,000
NIH NCRR Innovative Approaches Program
New Paradigms in Tissue Vibration for Diagnostic Methods. This is a fundamental research study of the vibratory behavior of soft biological tissue in terms of modeling and measurement options with an interest in developing new diagnostic techniques.
1 R43 DK55945
9/99-9/01 : $104,000
NIH/ NIDDK
Rapid detection of delayed gastric emptying. The goal of this project is to develop a non-invasive passive method for the diagnosis of delayed gastric emptying.
1 R43 HL061108
9/98-3/01 : $107,000
NIH/NHLBI
Portable device for instant detection of pneumothorax. The major goal of this project is to develop a new technique for rapid diagnosis of pneumothorax using vibro-acoustic stimulation.
RG 97-0113
12/97-5/01 : $210,000
The Whitaker Foundation
Feasibility and analysis of a new method for the diagnosis of intestinal perforation. The major goal of this project is to develop a new technique for diagnosis of intestinal perforation.
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