Selective motor control, alignment and muscle strength were assessed in provoked functional activities against gravity e.g. in different positions on a Bobath ball, repeated sit-to-stand and squatting.
Secondary outcome measures included motor function, foot alignment, foot and ankle muscle strength, health-related quality of life and adverse events.
Images for tumor reconstruction were acquired by 3D motor stage in alignment with the long axis of the tumor.
To allow digital positioning, the carousel was mounted onto a stepper-motor allowing precise alignment of the tubing and sample.
Besides, both of the thigh length and the shank length are adjustable through DC motors to ensure perfect alignment of each joint.
We aligned the motor domains from these 1458 protein sequences, trimmed the alignment to 330 well-conserved characters and removed 195 near-identical sequences (>95% identity).
To evaluate the limits of stability (LOS) in persons with transtibial amputation (TTA), and to determine the effects of prosthetic alignment alterations on motor control strategies.
The alignment between vocal motor movement and the resulting sensory events allowed the participants to perceptually categorize a stranger's voice as being from themselves, suggesting that the coherent action-related cues are integrated into a unified sense of voice ownership.
Multiple sequence alignment of the motor domain of human kinesins, representing Kinesin-1 (KIF5B), -2 (KIF3andnd KIF17), -3 (KIF1A), -4 (KIF4and and -5 (KIF11) subfamilies.
Tissue adaptations contributing to the patient's altered movement and alignment impairments include motor control alterations in recruitment patterns and timing, de-recruitment, skeletal and muscular performance alterations, stiffness and length.
