BRUCE CHRISTOPHER WHEELER University of Florida J. Crayton ...

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NCI Siteman Center of Cancer Nanotechnology Excellence (Wickline, Wash. U., overall PI; Adesida, UIUC subcontract PI; Wheeler, co-PI for nanofabrication module). 1/6 summer month for the Bioengineering Department. Funded. 2006-2011. Acted as PI from 2006-2008. GRANTS Active Support as PI NIH. PI: Wheeler. Engineering Form and Function in Neuronal Networks. R01. 2006-2011. Direct/Indirect $931k, $380k; subcontract to SIUSM Direct/Indirect $670/270k. Previous External Funding as PI or with Substantial Involvement as Co-PI NIH: R01 EB 000786 BRP program, 2002-2007, Development and Information Processing in 3-D Patterned Neural Circuits, subcontract from Georgia Tech, DeWeerth PI; UIUC component: Wheeler, PI approx $500k direct over 5 years. Information Processing in Designed Neuronal Circuits, PI: Wheeler, Co-PI: Brewer. 2002-2006, NSF. $1,156,000 total direct+indirect. Project FROG (for hearing aid algorithm development). Phonak. PI: Feng. Co-PIs: Wheeler, Jones, 10% effort. $330,000 annual, 11/00-6/01; $550,00 annual, 6/01-6/03. NIH: PHS 1 F30 MH12397-02 PI: Wheeler, 2000-2005. Studies of living, sparse, patterned neural network. Support for pre/post doctoral student John Chang. Real Time Implementation of Intelligent Hearing Aids. NIH. $150,000 total direct, two years plus extension. PI: Wheeler. 7/00-6/03. DARPA Subcontract from SUNY Binghamton. Development of a Biomimetic Acoustic Microsensor. 9/29/00- 9/28/03. $179,525 annual. (PI: Jones; coinvestigator: Feng, Wheeler, O’Brien, 5% effort). Micropatterned Neural Networks. NIH. $150,000. 10/99-4/02. PI: BC Wheeler (10% time) Microstamping Proteins and Micropatterning Neurons. NIH. $100,000. 10/98-10/00. PI BC Wheeler (10% time) U.S.-Korea Cooperative Research: Micropatterned Neural Networks and Microelectrode Arrays. NSF: PI: BC Wheeler. $16, 504 direct costs, 1999-2001 (travel support). Optimizing Data Processing Systems for Grain Evaluation. US Dept. Agriculture, Northern Regional Research Center, Peoria IL. 07/95-07/99. PI: BC Wheeler. $18,000. Bioengineering Curriculum Development at UIUC: Engaging Non-Science Majors and Future Teachers. Whitaker Foundation. 8/93-8/96. PIs: RL Magin, B Bruce. Duration: 3 years. Total: $452,568. Role: coinvestigator. Novel Sensors to Monitor Solid-Substrate Fermentations, Biotechnology Research and Development Corporation, PI: BC Wheeler. 6/89-7/94. Total: $169,656. Investigation Of Neuronal Spike Recognition Algorithms, PI BC Wheeler. (Subcontract to NIH SBIR Phase II Program, Spike Detector for Multichannel Neuronal Data Acquisition, PI: Harvey Wiggins, Spectrum Scientific, Dallas.) 4/91-3/93. $77,593 total. Investigation Of Neuronal Spike Recognition Algorithms, $4270, UIUC Research Board, 1 year, 1992. Patterned Neuronal Networks, NIH. PI: Bruce C. Wheeler. 10% effort. 4/91-3/93. Direct Cost: $70,000. Spike Detector For Multichannel Neuronal Acquisition, consultant, (PI H. Wiggins, Spectrum Scientific, Dallas, $45,600, 1 year.) Spatial Description Of Epileptiform Activity In The Hippocampal Slice With A Microelectrode Array, $25,000, 1 year, Epilepsy Foundation of America, 1987-8. 3M Faculty Award, $20,000, 1984-6. Research Gift For Electrode Array And Microsensor Studies. Fabrication Of Buried Membrane Ion-Selective Field Effect Transistors,$39,000,NSF ECS83-07399,1983-6. Fabrication And Use Of Microelectrode Arrays For Neural Recording, $114,882, Whitaker Found., 1982-4. Other Previous Funding Experience Dependent Changes in Brain. NIH. $782.964. 3/99-2/04. PI: D. Clayton. Co-PIs: Volman, Wheeler (2% time – primarily consultative) Physical exercise, mental activity, and brain plasticity. NIH 2 R01 AG10154-10A2. PI WT Greenough. Co-PI BC Wheeler. 7/1/00-6/30/03. (consultative) Physical Exercise, Mental Activity, And Brain Plasticity. NIH. PI WT Greenough. Co-PI BC Wheeler. 7/1/95- 6/30/98. $304,073 (consultative). A Database System for Neuronal Pattern Analysis. NSF. 9/98-8/03. PI M. Gabriel. CoPIs: M Nelson, BC Wheeler and 5 others. Total: $480,836. (2% – primarily consultative) December 2009 Bruce C. Wheeler p. 16/23
A Database System for Neuronal Pattern Analysis. NSF. 6/92-5/98. PI M. Gabriel. CoPIs: M Nelson, BC Wheeler and 5 others. (consultative) Total: $103,402. Development of Microdomain RF Coils for NMR Microscopy, NSF:. PI: R.L. Magin. Co-PIs: BC Wheeler, P Lauterbur. 9/1/91-8/31/94. Total cost: $295,000 Center for the Neurobiology of Learning and Memory, NSF BNS 88-21219, PI: W.T. Greenough. Co-PIs: Feng, Gabriel, Wheeler. Entire period of support: 5/89-5/94. Total: $593,566 Chemical Communication Between Cells and Engineered Bioscaffold Materials. University of Illinois Critical Research Initiative. $200,000. 6/98-6/00. PI: D. Leckband. Co-PIs: Wheeler, Gross, Eurell. (10% time) Fabrication of Micro-Miniature Devices and Micro-Electrical-Mechanical Systems. PI: MA Shannon. One of seven co-PIs. University of Illinois, Critical Research Initiative Program. 6/95-5/97. $200,000. Surface Modification to Enhance Selective Neuronal Growth. 7/95-8/96. UIUC Research Board. $19,600. PI: BC Wheeler. Precise Control of Neuronal Growth: An Enabling Technology for Neural Prosthetics; University of Illinois, Mary Jane Neer Fund; $15,000; 1997-1998. PI: BC Wheeler. Micropatterned substrates as an aid to spinal cord regrowth, $13,000, 1 year, with T. Khan, co-PI, UIUC-Hines VA Satellite Research Program, 1990-1. A proposal to develop a global navigation system for the visually impaired, co-investigator with M.G. Strauss, $6,394, UIUC Research Board, 1988. Neurobiological and ultrasonic applications of neural networks, with C.M.W. Daft, $7872, 1 year, UIUC Research Board, 1988. Initial microsensor investigations of fundamental properties of biological films, with B.E. Rittmann. Data acquisition system for brain slice studies with microelectrode arrays, $4332, NIH Biomedical Research Support Grant, UIUC, and Bioengineering Faculty Grant, UIUC, 1984. Fabrication and use of a planar microelectrode array in brain slice recording, NIH Biomedical Research Support Grant, UIUC, and Bioengineering Faculty Grant, UIUC, 1984. A Prototype Biomedical Ion-Specific Sensor For Incorporation Into A Miniature Array, $3000, NIH Biomedical Research Support Grant, UIUC, 1982. A multiple miniature electrode array for insertion into neural tissue, $3500, NIH Biomedical Research Support Grant, UIUC, 1981. Neural systems laboratory development, with Burks Oakley; $37,500; UIUC Research Board, 1981. Request for Test and Measurement Equipment. PI: BC Wheeler, RB Uribe, PT Krein. Hewlett Packard University Grants Program. $130,000. (As department representative) Learning Technology Infrastructure Development for the ECE Department. $24,500. 11/95-12/96. University of Illinois, Learning Technology Initiative. PI: BC Wheeler. Virtual Computer Laboratory and Guided Engineering Design in Modeling of Biological Systems. 6/95-6/96. SCALE (Sloan Center for Asynchronous Learning Environments.) $19,500. PI: BC Wheeler Enhancement of Freshman Discovery Course: Bioengineering in Biology and Medicine -- Focus on Medical Imaging. 6/95-6/96. SCALE (Sloan Center for Asynchronous Learning Environments.) $12,000. PI: BC Wheeler THESES SUPERVISED Ph.D. Novak, J.L. "Two-dimensional electrode array studies of propagating epileptiform neural activity in the rat hippocampal slice," Ph.D., 1988, Electrical Engineering. Dr. Novak is a senior project manager at Sandia. He almost succeeded with his own startup for integrated sensors. He began as a research scientist at Sandia. Smith, S.A. "Extraction, processing, and analysis of multineuron data, analysis, and network simulation," Ph.D., 1991, Electrical Engineering. Dr. Smith is an EE faculty member at Southern Illinois University at Edwardsville. Corey, J.L. " Cell Patterning: Building Living Neural Networks," Ph.D. 1997, Neuroscience, MD UIUC, 1999. Dr. Corey is an Assistant Professor at the University of Michigan School of Medicine. Branch, D. “Elastomeric stamping : design considerations for long-term maintenance of neuronal networks”, PhD 1999, Biophysics. Dr. Branch is a Senior Research Scientist at Sandia. Chang, J. “Technologies for and electrophysiological studies of structured, living, neuronal networks on microelectrode arrays,” Ph.D., Electrical and Computer Engineering, 2002, MD UIUC 2004. He began a residency at Stanford in 2005. December 2009 Bruce C. Wheeler p. 17/23
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BRUCE CHRISTOPHER WHEELER University of Florida J. Crayton ...

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