Page 1 5/22/2008 RANU JUNG, Ph.D. Office Home PO Box 879709 ...

Ranu Jung, Ph.D.
23. Jung, R., S. Carlson, E. Knapp, N. Ravi, B. Thompson, and A. Thota*. Locomotor training in a
rodent model of incomplete spinal cord injury, Clinical Advances in Neurorehabilition Science, Sept.
27-29, 2001, Lexington, KY (Poster presentation by R. Jung)
24. *Thota, A.K., E. Knapp, B. Thompson, A. Quick, and R. Jung. Kinematic and electromyographic
analysis of treadmill walking after locomotor training in a rodent model of incomplete spinal cord
injury. 13 th Annual Physical Medicine and Rehabilitation Research Day, Lexington, KY, June 7,
2001. (Oral presentation by *A.K. Thota).
25. *Grandhe, S., J.J. Abbas and R. Jung. Periodic perturbation effects on locomotor rhythm and motor
pattern generation in the lamprey. Soc. Neurosci. Abstr., 26(2):834.1, 2000. (Poster presentation by
R. Jung).
26. Jung, R. Brain-spinal cord interactions in control of locomotion. Proceedings of the Whitaker
Foundation Biomedical Engineering Research Conf., August 10-13, 2000, San Diego, CA. (Poster
presentation by R. Jung)
27. Abbas, J.J. and R. Jung. Bioengineering the nervous system- Approaches to investigate, replace and
repair the injured spinal cord. Proceedings of the Sixth Annual Kentucky Spinal Cord and Head
Injury Research Trust Symposium. June 10-13, Lexington, KY, 2000.
28. Jung, R., E.J. Brauer, and J.J. Abbas. A real-time neuromorphic analog VLSI spinal cord interface
for rhythmic motor control. Soc. Neurosci. Abstr., 25(1):422.3, 1999. (Oral presentation by R. Jung)
29. *Shao, M and R. Jung. Persistent correlation in locomotor rhythm in the presence of brain-spinal
cord interaction. Soc. Neurosci. Abstr., 25(1):49.14, 1999. (Poster presentation by R. Jung)
30. Jung, R. Brain-spinal cord interactions in control of locomotion. Proceedings of the Whitaker
Foundation Biomedical Engineering Research Conf., 113, August 13-15, 1999, San Diego, CA.
31. *Wang, H. and R. Jung. Spinal neural organization and brain-spinal cord interaction affect variability
in spinal motor output. Proceedings of the University of Kentucky Life Sciences Day, Nov.1, 1999,
Lexington, KY. (Poster presentation by *H. Wang )
32. *Li,,D., D. S. K. Magnuson and R. Jung. Characterization of the in vitro locomotor rhythm of the
neonatal rat. Kentucky Society for Neuroscience Day, Lexington, KY. April 1999. (Poster
presentation by *D. Li)
33. *Shao, M. and R. Jung. Persistent correlation in locomotor rhythm in the presence of brain-spinal
cord interaction. Kentucky Society for Neuroscience Day, Lexington, KY. April 1999. (Poster
presentation by *M. Shao).
34. *Grandhe, S., J.J. Abbas and R. Jung. Dynamic brain-spinal cord interactions stabilize locomotor
rhythm. Kentucky Society for Neuroscience Day, Lexington, KY. April 1999 (Poster presentation by
*S. Grandhe).
35. *Wang, H. and R. Jung. Brain-spinal loops alter variability of spinal locomotor output. Kentucky
Society for Neuroscience Day, Lexington, KY. April 1999. (Poster presentation by *H. Wang).
36. *Li, D., D.M.Green, T. Sengoku, D. Li, D.S.K. Magnuson and R. Jung. Non-stationary analysis of
locomotor rhythm evoked by ventrolateral funiculus stimulation in neonatal rat spinal cord.
Proceedings of the Fourth Annual Kentucky Spinal Cord and Head Injury Research Trust
Symposium. Lexington, KY, pg. 22, 1998. (Oral presentation by R. Jung with D.S.K. Magnuson).
37. Green, D.M., T. Sengoku, *D. Li, R. Jung, and D.S.K. Magnuson. Characterization of lumbar
spinoreticular neurons from a physiologically identified locomotor pathway. Proceedings of the
Fourth Annual Kentucky Spinal Cord and Head Injury Research Trust Symposium. Lexington, KY,
pg. 19, 1998.
Center for Adaptive Neural Systems
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