Sentence examples for muscle based on from inspiring English sources

Therefore, we have hypothesized that GL increases brain glycogen storage, as observed in muscle, based on the exercise-induced glycogen-supercompensation theory as mentioned above.

Vastus lateralis muscle based on the distal runoff of the LFCS can be included with sharp dissection.

The algorithm created a binary mask of voxels that fell within a computed threshold designated as representing muscle based on a 3-class fuzzy clustering approach.

In this study, we proposed an automatic method to quantitatively identify pennation angle and fascicle length of gastrocnemius (GM) muscle based on multi-resolution analysis and line feature extraction, which could overcome the limitations of tedious and time-consuming manual measurement.

Three independent transverse images were taken per muscle based on predefined anatomical landmarks (Additional file 1: Figure E1; Additional file 1: Table E1).

The sarcoplasmic reticulum (SR) and SR/T-tubule junctions are apparently preserved in a normal distribution in ankyrin-B skeletal muscle based on electron microscopy and the presence of a normal pattern of triadin and dihydropyridine receptor.

The virtual arm incorporates the major muscles spanning the elbow joint and is used to estimate tension developed by individual muscles based on recorded electromyograms (EMGs).

Our study therefore allows us, for the first time, to propose a detailed scheme of topological correspondences between all PECA vs. PELA muscles, including girdle/stylopod muscles, based on the same empirical comparative, evolutionary, and developmental data used for the homology hypotheses (Table S7).

Here we review the state of the art of macroscopic artificial muscles based on electrochemical reactions, which drive conformational (basic molecular motors) and macroscopic (swelling/shrinking) movements in conducting polymers, sensing simultaneously mechanical, thermal or chemical perturbations.

We created three-dimensional finite-element models of the rectus femoris and vastus intermedius muscles based on magnetic resonance (MR) images, and compared the fiber excursions predicted by the finite-element models with fiber excursions predicted by lumped-parameter models of these muscles.

Each motion is generated by activating the corresponding muscles based on human anatomy.