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

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45. Wheeler, B.C. and Smith, S.R. (1988) "High-resolution alignment <strong>of</strong> action potential waveforms using cubic<br />

spline interpolation," J. Biomed. Eng., 10, 47-53, 1988.<br />

46. Novak, J.L. and Wheeler, B.C. (1988) "Multisite hippocampal slice recording and stimulation using a 32<br />

element microelectrode array," J. Neurosci. Meth., 23, 149-159.<br />

47. Smith, S.R. and Wheeler, B.C. (1988) "A real-time multiprocessor system for acquisition <strong>of</strong> multichannel<br />

neural data," IEEE Trans. Biomed. Eng., BME-25, 875-877.<br />

48. Wheeler, B.C. and Novak, J.L. (1986) "Current source density estimation using microelectrode array data<br />

from the hippocampal slice preparation," IEEE Trans. Biomed. Eng., BME-33, 1204-1212, 1986.<br />

49. Novak, J.L. and Wheeler, B.C. (1986) "Recording from the Aplysia abdominal ganglion with a planar<br />

microelectrode array," IEEE Trans. Biomed. Eng., BME-33, 196-202.<br />

50. Wheeler, B.C. (1985) "Exercises for an introductory image processing class," IEEE Trans.Educ., E-28,31-35.<br />

51. Wheeler, B.C. and Valesano, W.R. (1985) "A real-time digital filter based data acquisition system for the<br />

detection <strong>of</strong> neural signals," Med. & Biol. Eng. & Comput., 23, 243-248.<br />

52. Wheeler, B.C. and Heetderks, W.J. (1982) "A comparison <strong>of</strong> techniques for classification <strong>of</strong> multiple neural<br />

signals," IEEE Trans. Biomed. Eng., BME-29, 752-759.<br />

53. Kim, M., Wheeler, B.C., Shin, K.B., and Perry, S. (1979) "Design <strong>of</strong> optimal chemotherapy schedules using<br />

kinetic models for cancerous and normal tissues, " J. Cybernetics & Info.Science, 2, 92-108.<br />

54. Kim, M., Wheeler, B.C., and Perry, S. (1978) "Quantitative description <strong>of</strong> cell cycle kinetics under<br />

chemotherapy utilizing flow cytometry, " Cell Tissue Kinetics, 11, 497-512.<br />

Submitted and in Preparation:<br />

1. Chang, J.C., Nam, Y., Wheeler, B.C., Brewer, G.J. Silane modified platinum and titanium nitride electrodes<br />

are biocompatible for patterning hippocampal cultures, in revision.<br />

2. Khatami, D.B., Nam, Y., and Wheeler, B.C., A new approach for semi-automated stimulation and<br />

connectivity analysis <strong>of</strong> neuronal networks grown on multielectrode arrays, in preparation.<br />

3. Scharnweber, R.F., Brewer, G.J., and Wheeler, B.C. Polarized axon growth <strong>of</strong> hippocampal neurons cultured<br />

on tapered lines <strong>of</strong> laminin – approximate title. In preparation.<br />

4. Scharnweber, R.F., Nam, Y., and Wheeler, B.C. Improved microchamber design for selectively harvesting<br />

CNS axons for molecular signaling studies – approximate title. In preparation.<br />

Book Chapters<br />

1. Chang, J.C., and Wheeler, B.C., (2006) “Pattern technologies for structured neuronal networks on MEAs,”<br />

book chapter in Advances in Network Electrophysiology using Multi Electrode Arrays, M. Taketani and M.<br />

Baudry (eds), Kluwer Academic/Plenum.<br />

2. Wheeler, B. C. (1998) “Automatic discrimination <strong>of</strong> single units,” in M. Nicolelis, Ed., Methods for Neural<br />

Ensemble Recordings, CRC Press, Ch. 4, 61-77.<br />

3. Wheeler, B. C., & Brewer, G. J. (1994). “Multineuron patterning and recording”, in McKenna & Stenger<br />

(Eds.), Enabling Technologies for Cultured Neural Networks, 167-185, Academic Press.<br />

4. Novak, J. L. & Wheeler, B. C. (1987) “Epileptiform activity recorded simultaneously at multiple sites on the<br />

surface <strong>of</strong> a hippocampal slice with a planar microelectrode array,” in Brain Slices: Fundamentals,<br />

Applications and Implications, A.Schurr, TJ Teyler, & M.Tseng, Eds, S.Karger, Basel, Switzerland, 177-183.<br />

Patents Granted<br />

1. Feng, A.S., Lansing, C.R., Liu, C., O'Brien, W.D. and Wheeler, B.C. "Binaural Signal Processing System<br />

and Method" Patent issued on April 24, 2001. (US Patent #6,222,927).<br />

2. Feng, A.S., Liu, C., Jones, D.L., Bilger, R.C., Lansing, C.R., O’Brien, W.D, Wheeler, B.C., “Binaural Signal<br />

Processing Using Multiple Acoustic Sensors and Digital Filtering,” US Patent 6,978,159 B2, Dec. 20, 2005.<br />

3. Feng, A.S., Liu, C., Bilger, R.C., Jones, D.L., Lansing, C.R., O’Brien, W.D, Wheeler, B.C., “Binaural Signal<br />

Processing Techniques,” US Patent 6,987,856 B1, Jan. 17, 2006.Canadian Patent #2,348,894 issued on<br />

09/25/2007; European Patent #1133899 issued on August 6, 2008.<br />

4. Feng, A.S., Lockwood, M.E., Jones, D.L., Bilger, R.C., Lansing, C.R., O'Brien, W.O., Wheeler, B.C. -<br />

System and Methods for Interference-Suppression with Directional Sensing Patterns. US Patent # 7,076,072<br />

issued on July 11, 2006.<br />

5. Feng AS, Jones DL, Wheeler BC, Bilger RC, Lansing CR, O'Brien WD - "Intrabody communication for a<br />

hearing aid" - US patent #7,206,423 B1, issued on 4/17/2007; DE 195 41 648 C2; WO 01/87014 A2.<br />

December 2009 Bruce C. Wheeler p. 4/23

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