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- Tinetti Gait and Balance Assessment Tool
- Lateral Contact Yields Longitudinal Cohesion in Active Undulatory Systems
- Multistable Phase Regulation for Robust Steady and Transitional Legged Gaits
- Gait Regulation and Feedback on a Robotic Climbing Hexapod
- Turning Gaits and Optimal Undulatory Gaits for a Modular Centipede-Inspired Millirobot
- The Evolutionary Continuum of Limb Function from Early Theropods to Birds
- The Gait and Motion Analysis Laboratory Uses State-Of-The-Art Computer §§ the Postsurgery Gait Analysis May Be Covered by Insurance
- Early Evolution of the Lungfish Pectoral-Fin Endoskeleton
- Guide to Terrestrial Animal Locomotion by Stephen Pecylak
- A Short History of Pterosaur Research 7
- Vertebrate Evolution (PDF)
- Functional Gait Disorders a Sign-Based Approach
- Divergent Locomotory Strategies Drive Limb Lengthening in Theropod
- Gait Transition Speed, Pectoral Fin-Beat Frequency and Amplitude in Cymatogaster Aggregata, Embiotoca Lateralis and Damalichthys
- Cut-Off Values for Gait Variables to Detect Forelimb Lameness in Individual Dogs
- CANINE GAIT ANALYSIS Brittany Jean Carr, DVM, CCRT, ACVSMR Resident, and David L
- Thermogenesis, Muscle Hyperplasia, and the Origin of Birds
- Gait Transitions in a Phase Oscillator Model of an Insect Central Pattern Generator
- Clinical Observation
- HOPPING in BIRDS: IS the CHOICE of GAIT INFLUENCED by CERVICAL MOBILITY and FIELD of VISION ? Arunachalam Kumar Professor & Head, Department of Anatomy, K.S
- Animal Locomotion for Animators Stuart S
- Osteology of the Unenlagiid Theropod Neuquenraptor Argentinus from the Late Cretaceous of Patagonia
- The First Pterosaur Trackways from Japan
- Comparative Evidence for Quadrupedal Launch in Pterosaurs 159
- Tetrapod-Like Pelvic Girdle in a Walking Cavefish Brooke E
- Upright Human Gait Did Not Provide a Major Mechanical Challenge for Our Ancestors
- Optimal Gait and Form for Animal Locomotion
- Exploiting Natural Dynamics for Gait Generation in Undulatory Locomotion
- Hexapod Robot Gait Switching for Energy Consumption and Cost of Transport Management Using Heuristic Algorithms
- Ratite Footprints and the Stance and Gait of Mesozoic Theropods
- The Extent of the Pterosaur Flight Membrane
- Kinematics of Terrestrial Locomotion in Harbor Seals and Gray Seals: Importance of Spinal Flexion by Amphibious Phocids Jennifer N
- Gaits in Mammals ANNE INNIS DAGG Research Assistant Professor, Department of Biology, University of Waterloo, Waterloo, Ontario, Canada
- The Gait Cycle and Running Injuries by Brad J
- Gait Or Walking Problems the Basic Facts
- The Trackmaker of Apatopus (Late Triassic, North America): Implications for the Evolution of Archosaur Stance and Gait
- Pectoral Fin Locomotion in the Striped Surfperch
- Do Mudskippers and Lungfishes Elucidate the Early Evolution of Four-Limbed Vertebrates? Ulrich Kutschera1* and J Malcolm Elliott2
- A Kinematic Synergy for Terrestrial Locomotion Shared by Mammals and Birds Giovanna Catavitello1,2*, Yury Ivanenko2, Francesco Lacquaniti1,2,3
- The Spine: a Strong, Stable, and Flexible Structure with Biomimetics Potential
- The Open Ornithology Journal, 2016, 9, 14-38 the Open Ornithology Journal