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6. OPTIONAL
FINCH, L, et al.
HEMIPLEGIC GAIT: NEW TREATMENT STRATEGIES
Physiotherapist, Canada – 38: 36-41 / 1986
Biodex #91-172
GARD, SA, et al.
THE INFLUENCE OF STANCE-PHASE KNEE FLEXION ON THE VERTICAL DISPLACEMENT OF
THE TRUNK DURING SPINAL CORD INJURY: A SINGLE SUBJECT EXPERIMENTAL DESIGN
Arch Phys Med Rehabil – 80: 26-32 / 1999
Biodex #91-121
GARDNER, M, et al.
PARTIAL BODY WEIGHT SUPPORT WITH TREADMILL LOCOMOTION TO IMPROVE GAIT
AFTER INCOMPLETE SPINAL CORD INJURY: A SINGLE SUBJECT EXPERIMENTAL DESIGN
PT, 78: 361-374 / April 1998
Biodex #91-122
HESSE, S, et al.
TREADMILL TRAINING WITH PARTIAL BODYWEIGHT SUPPORT COMPARED WITH
PHYSIOTHERAPY IN NON AMBULATORY HEMIPARETIC PATIENTS
Stroke 26(6): 976-981 / 1995
Biodex #91-162
TREADMILL WALKING WITH PARTIAL BODY WEIGHT SUPPORT VERSUS FLOOR WALKING IN
HEMIPARETIC SUBJECTS
Arch Phys Med Rehabil, Vol. 80: 421-427 / April 1999
Biodex #91-123
HODGSON, J, et al.
CAN THE AMMALIAN LUMBAR SPINAL CORD LEARN A MOTOR TASK?
Med Sci Sports Exerc 26: 1491-1497 / 1994
Biodex #91-173
HUNTER, DL, et al.
ENERGY EXPENDITURE OF BELOW THE KNEE AMPUTEES DURING HARNESS SUPPORTED
TREADMILL AMUBLATION
Platform Presentation – APTA, CSM, 1994
Biodex #91-124
THE EFFECTS OF HARNESS SUPPORT ON LOWER EXTREMITY MUSCLE ACTIVITY OF ABLE
BODIED AND TRAUMATIC BRAIN INJURED SUBJECTS DURING GAIT
Abstract, PT – 77 / May 1997
Biodex #91-125
MacKAY-LYONS, M, et al.
EFFECT OF 15% BODY WEIGHT SUPPORT ON EXERCISE CAPACITY OF ADULTS WITHOUT
IMPAIRMENTS
Physical Therapy, Vol. 81, No. 11:1790-1800, Nov. 2001
Biodex #92-235
MALOUIN, F, et al.
USE OF AN INTENSIVE TASK-ORIENTED GAIT TRAINING PROGRAM IN A SERIES OF
PATIENTS WITH ACUTE CEREBROVASCULAR ACCIDENTS
Physical Therapy 72(11): 781-793 / 1992
Biodex #91-157
MASSION, J, et al.
COORDINATION BETWEEN POSTURE AND MOVEMENT: WHY AND HOW?
NIPS, 3: 88-93 / 1988
Biodex #91-175*
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BIBLOGRAPHY
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