What is muscle thickness?
Best insight from top research papers
Muscle thickness (MT) is a crucial indicator of muscle activity during contraction, essential for musculoskeletal studies in sports science and rehabilitation engineering. It can be measured using innovative technologies like muscle thickness sensors that differentiate between muscle contraction and relaxation, minimizing signal noise from adjacent structures. Studies have shown that MT, measured via ultrasound, correlates well with muscle anatomical cross-sectional area (ACSA) and volume changes following resistance training, highlighting its reliability as a marker for muscle characteristics. Automated tracking methods based on optical flow algorithms offer efficient and accurate measurements of muscle thickness during contractions, surpassing manual approaches in terms of repeatability and objectivity. Utilizing ultrasonic images, advanced methods have been developed to enhance the accuracy and efficiency of real-time muscle thickness measurements.
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| Papers (5) | Insight |
|---|---|
| Muscle thickness is measured using ultrasonic images by computing the maximum vertical distance between tracing windows, enhancing accuracy, efficiency, and real-time measurement in the method and system proposed. | |
| Muscle thickness (MT) is a reliable indicator of muscle cross-sectional area (ACSA) and volume. It correlates with ACSA changes but not with volume changes following resistance training. | |
10 Citations | Muscle thickness is a key parameter for assessing muscle function. This study introduces an automated optical flow method for accurately estimating continuous changes in muscle thickness during contractions. |
| Muscle thickness refers to the measurement of muscle size. The muscle thickness sensor in the study detects muscle contractions by sensing muscle flexure over a bone structure. | |
| Muscle thickness (MT) reflects muscle activity during contraction, crucial in sports science and rehabilitation engineering. Advancements include 1D to 2D and cross-sectional to longitudinal plane measurements using various technologies. |
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