John Jeka
Biographic Data
| ID | 1967366 |
|---|---|
| NAME | John Jeka |
| GIVEN NAMES | John |
| FAMILY NAME | Jeka |
| SIGNATURE | JEKA J |
| ORCID | 0000-0002-6649-394X |
| VERIFIED | Yes |
| TOTAL WORKS | 2 |
| TOTAL CITATIONS | 3 |
| WORKS AS AUTHOR | 2 |
| WORKS AS EDITOR | 0 |
| FIRST PUBLICATION YEAR | 2019 |
| LATEST PUBLICATION YEAR | 2019 |
| H-INDEX | 1 |
Phase-Dependency of Medial-Lateral Balance Responses to Sensory Perturbations During Walking
The human body is mechanically unstable during walking. Maintaining upright stability requires constant regulation of muscle force by the central nervous system to push against the ground and move the body mass in the desired way. Activation of muscles in the lower body in response to sensory or mechanical perturbations during walking is usually highly phase-dependent, because the effect any specific muscle force has on the body movement depends …
Walking Cadence Affects the Recruitment of the Medial-Lateral Balance Mechanisms
We have previously identified three balance mechanisms that young healthy adults use to maintain balance while walking. The three mechanisms are: (1) The lateral ankle mechanism, an active modulation of ankle inversion/eversion in stance; (2) The foot placement mechanism, an active shift of the swing foot placement; and (3) The push-off mechanism, an active modulation of the ankle plantarflexion angle during double stance. Here we seek to determi…
Walking Cadence Affects the Recruitment of the Medial-Lateral Balance Mechanisms
We have previously identified three balance mechanisms that young healthy adults use to maintain balance while walking. The three mechanisms are: (1) The lateral ankle mechanism, an active modulation of ankle inversion/eversion in stance; (2) The foot placement mechanism, an active shift of the swing foot placement; and (3) The push-off mechanism, an active modulation of the ankle plantarflexion angle during double stance. Here we seek to determi…
Phase-Dependency of Medial-Lateral Balance Responses to Sensory Perturbations During Walking
The human body is mechanically unstable during walking. Maintaining upright stability requires constant regulation of muscle force by the central nervous system to push against the ground and move the body mass in the desired way. Activation of muscles in the lower body in response to sensory or mechanical perturbations during walking is usually highly phase-dependent, because the effect any specific muscle force has on the body movement depends …
Phase-Dependency of Medial-Lateral Balance Responses to Sensory Perturbations During Walking
The human body is mechanically unstable during walking. Maintaining upright stability requires constant regulation of muscle force by the central nervous system to push against the ground and move the body mass in the desired way. Activation of muscles in the lower body in response to sensory or mechanical perturbations during walking is usually highly phase-dependent, because the effect any specific muscle force has on the body movement depends …
Walking Cadence Affects the Recruitment of the Medial-Lateral Balance Mechanisms
We have previously identified three balance mechanisms that young healthy adults use to maintain balance while walking. The three mechanisms are: (1) The lateral ankle mechanism, an active modulation of ankle inversion/eversion in stance; (2) The foot placement mechanism, an active shift of the swing foot placement; and (3) The push-off mechanism, an active modulation of the ankle plantarflexion angle during double stance. Here we seek to determi…
Balance (ability (2 works) · Balance, Gait, and Falls Prevention (2 works) · Medicine (2 works) · Motor Control and Adaptation (2 works) · Physical medicine and rehabilitation (2 works) · Psychology (2 works) · Anatomy (1 work) · Ankle (1 work) · Artificial Intelligence (1 work) · Cadence (1 work)