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Author Index
- L Gene Apple, PhD
- Personal navigation and wayfinding assistance for
individuals with a range of disabilities
- James H. Anderson, JEM
- Differential pressure walking assist: an
inflatable walking support
- Tanya Atagi, MS
- Composite cell/matrix tissue replacement for nerve
and pressure sore repair
- Gary S. Beaupré, PhD
- Development of articulating joints: the role of
mechanical forces
- Maintenance and adaptation of bone tissue: the
importance of mechanical stimuli
- Biomechanical evaluation of fracture fixation
methods
- Hip/acetabulum computer models to study prosthesis
design
- Gregory Breit, MS
- Walking assist devices to restore ambulation
- Differential pressure walking assist: an
inflatable walking support
- David A. Brown, PT, PhD
- The Tiltcycle: a therapeutic assessment and
exercise device
- Improving pedaling symmetry: assessment and
therapy
- Charles G. Burgar, MD
- The Vocational Training Facility: interactive
employment training for persons with physical disabilities
- Personal navigation and wayfinding assistance for
individuals with a range of disabilities
- Patient handling positioning and transfer of spinal
cord injured patients
- Improving pedaling symmetry: assessment and
therapy
- Walking assist devices to restore ambulation
- Differential pressure walking assist: an
inflatable walking support
- Nerve conduction simulationfor electrodiagnostic
training
- Dennis R.
Carter, PhD
- Tissue differentiation and maintenance: the
influence of mechanical stimuli
- Cartilage repair: effects of mechanical loading
- Development of articulating joints: the role of
mechanical forces
- Influences on long bone development: growth and
aging
- Maintenance and adaptation of bone tissue: the
importance of mechanical stimuli
- Determination of bone and joint loads from bone
density distributions
- Hip/acetabulum computer models to study prosthesis
design
- Denise Chesney, MS
- Accelerometry for balance assessment
- Diana D. Cody, PhD
- Determination of bone and joint loads from bone
density distributions
- C. Comstock, MD
- Biomechanical evaluation of fracture fixation
methods
- J. Csongradi, MD
- Biomechanical evaluation of fracture fixation
methods
- Gayle E. Curtis, MS
- Personal navigation and wayfinding assistance for
individuals with a range of disabilities
- Dissemination of information
- Christine A. Dairaghi, BS
- Pedaling coordination: identification of muscle
control strategies
- The Tiltcycle: a therapeutic assessment and
exercise device
- Improving pedaling symmetry: assessment and
therapy
- B. Donlon, BS
- Cartilage repair: effects of mechanical loading
- Leslie J. Dorfman, MD
- ADEMG: automatic decomposition of the
electromyogram
- BE Ellison, BA
- Cartilage repair: effects of mechanical loading
- Kenneth J. Fischer, MS
- Determination of bone and joint loads from bone
density distributions
- Benjamin J. Fregly, PhD
- Pedaling coordination: identification of muscle
control strategies
- Sandy Dunn Gabrielli
- Improving pedaling symmetry: assessment and
therapy
- Accelerometry for balance assessment
- James Gadd, MS
- Accelerometry for balance assessment
- Adam Gervin, MS
- Tactile transducers to replace lost touch sensation
- Nicholas J. Giori, MS
- Tissue differentiation and maintenance: the
influence of mechanical stimuli
- Michael Gordon, PhD
- Multimuscle coordination of multijoint motor
tasks: an interactive computer workstation environment
- Stuart B. Goodman, MD
- Biomechanical evaluation of fracture fixation
methods
- Hip/acetabulum computer models to study prosthesis
design
- Gregory Goodrich, PhD
- Personal navigation and wayfinding assistance for
individuals with a range of disabilities
- M. Gupta, BS
- Cartilage repair: effects of mechanical loading
- Joy Hammel, PhD, OTR
- The Vocational Training Facility: interactive
employment training for persons with physical disabilities
- Jean H. Heegaard, PhD
- Development of articulating joints: the role of
mechanical forces
- Vincent R. Hentz, MD
- The nerve chip: technology development for a
chronic neural interface
- Tactile transducers to replace lost touch sensation
- Assessing focal nerve lesions using evoked nerve
signals
- AJ Irish, MS
- Biomechanical evaluation of fracture fixation
methods
- Christopher R. Jacobs, PhD
- Maintenance and adaptation of bone tissue: the
importance of mechanical stimuli
- Determination of bone and joint loads from bone
density distributions
- David L. Jaffe, MS
- RALPH: a fourth generation fingerspelling hand
- Personal navigation and wayfinding assistance for
individuals with a range of disabilities
- TT1
- Steven A. Kautz, PhD
- Improving pedaling symmetry: assessment and
therapy
- Paula Kadlcik, BS
- Composite cell/matrix tissue replacement for nerve
and pressure sore repair
- Robert Keeley, MD
- Composite cell/matrix tissue replacement for nerve
and pressure sore repair
- DM Kingsley, PhD
- Influences on long bone development: growth and
aging
- Deborah E. Kenney, MS, OTR
- Accelerometry for balance assessment
- B. Jenny Kiratli, PhD
- Using imaging to predict bone strength in spinal
cord injured patients
- Gregory TA Kovacs, MD, PhD
- The nerve chip: technology development for a
chronic neural interface
- Tactile transducers to replace lost touch sensation
- Arthur Kuo, PhD
- Upright posture: how limb biomechanics limits the
ability to stand
- Chris Kurjan, MS
- Tactile transducers to replace lost touch sensation
- David Lees, MSME
- The Vocational Training Facility: interactive
employment training for persons with physical disabilities
- Maurice LeBlanc, MS
- Walking assist devices to restore ambulation
- Bringing products to market
- Dissemination of information
- Pam LePage, MEd
- The Tiltcycle: a therapeutic assessment and
exercise device
- Marc E. Levenston, MS
- Determination of bone and joint loads from bone
density distributions
- Hip/acetabulum computer models to study prosthesis
design
- William C. Lineaweaver, MD
- Composite cell/matrix tissue replacement for nerve
and pressure sore repair
- J. Peter Loan, MS
- Multimuscle coordination of multijoint motor
tasks: an interactive computer workstation environment
- Jay A. Mandell, MS
- Hip/acetabulum computer models to study prosthesis
design
- Kevin C. McGill, PhD
- ADEMG: automatic decomposition of the
electromyogram
- Nerve conduction simulation for electrodiagnostic
training
- Assessing focal nerve lesions using evoked nerve
signals
- Janice L. McKinley, MA
- Personal navigation and wayfinding assistance for
individuals with a range of disabilities
- Paul Merritt, MS
- Tactile transducers to replace lost touch sensation
- Accelerometry for balance assessment
- B Mikic, MS
- Influences on long bone development: growth and
aging
- M. Mohtai, MD
- Cartilage repair: effects of mechanical loading
- ER Morey-Holton,PhD
- Influences on long bone development: growth and
aging
- Theresa Nauenberg, MS
- Using imaging to predict bone strength in spinal
cord injured patients
- Inder Perkash, MD
- The Tiltcycle: a therapeutic assessment and
exercise device
- Functional neuromuscular stimulation (FNS) in
walking and pedaling
- Using imaging to predict bone strength in spinal
cord injured patients
- Christine C. Raasch, MS
- Pedaling coordination: identification of muscle
control strategies
- Joseph M. Rosen, MD
- The nerve chip: technology development for a
chronic neural interface
- Tactile transducers to replace lost touch sensation
- Composite cell/matrix tissue replacement for
nerve and pressure sore repair
- Christopher Runge, MS
- Upright posture: how limb biomechanics limits the
ability to stand
- Eric E. Sableman, PhD
- Personal navigation and wayfinding assistance for
individuals with a range of disabilities
- Tactile transducers to replace lost touch sensation
- Patient handling positioning and transfer of spinal
cord injured patients
- Accelerometry for balance assessment
- Walking assist devices to restore ambulation
- Composite cell/matrix tissue replacement for nerve
and pressure sore repair
- Alvin H. Sacks, PhD
- Bringing products to market
- Dissemination of information
- SS Schmidt, MS
- Biomechanical evaluation of fracture fixation
methods
- David J. Schurman, MD
- Cartilage repair: effects of mechanical loading
- Hip/acetabulum computer models to study prosthesis
design
- Lisa Schutte, PhD
- Functional neuromuscular stimulation (FNS) in
walking and pedaling
- Douglas F. Schwandt, MS
- The Tiltcycle: a therapeutic assessment and
exercise device
- Walking assist devices to restore ambulation
- Differential pressure walking assist: an
inflatable walking support
- Greg Scott, MS
- Tactile transducers to replace lost touch sensation
- Dan Shafer, OTR
- The Vocational Training Facility: interactive
employment training for persons with physical disabilities
- R. Lane Smith, PhD
- Cartilage repair: effects of mechanical loading
- Scott Tashman, PhD
- Functional neuromuscular stimulation (FNS) in
walking and pedaling
- Star Teachout, MS
- The Vocational Training Facility: interactive
employment training for persons with physical disabilities
- Tactile transducers to replace lost touch sensation
- Eric L. Topp, MSME
- The Vocational Training Facility: interactive
employment training for persons with physical disabilities
- Betty S. Troy, MS
- Accelerometry for balance assessment
- JoAnn Uhelszki, BA
- Dissemination of information
- JG Vachsevanos, BS
- Biomechanical evaluation of fracture fixation
methods
- Machiel Van der Loos, PhD
- The Vocational Training Facility: interactive
employment training for persons with physical disabilities
- Personal navigation and wayfinding assistance for
individuals with a range of disabilities
- MCH van der Meulen, PhD
- Influences on long bone development: growth and
aging
- Biomechanical evaluation of fracture fixation
methods
- Robert Whalen, PhD
- Walking assist devices to restore ambulation
- Differential pressure walking assist: an
inflatable walking support
- Conal Wilmot, MD
- Patient handling positioning and transfer of spinal
cord injured patients
- Carol Winograd, MD
- Accelerometry for balance assessment
- Shaojun Xiao, PhD
- Assessing focal nerve lesions using evoked nerve
signals
- Gary T. Yamaguchi, PhD
- Functional neuromuscular stimulation (FNS) in
walking and pedaling
- Felix E. Zajac, PhD
- Pedaling coordination: identification of muscle
control strategies
- Multimuscle coordination of multijoint motor
tasks: an interactive computer workstation environment
- Functional neuromuscular stimulation (FNS) in
walking and pedaling
- Mordechy Zimmerman, MS
- Walking assist devices to restore ambulation
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