1. 6 Results The length of sarcomere of rigor mortis without destroy is obviously shorter than that of restiffening.

2. 23 Results The length of sarcomere of rigor mortis without destory is obviously shorter than that of restiffening.

3. 18 Results The length of sarcomere of rigor mortis without destroy is obviously shorter than that of restiffening.

4. 9 Results The length of sarcomere of rigor mortis without destory is obviously shorter than that of restiffening.

5. Actin is an important component of many basic cellular structures and functions: Muscle contraction via ATP-dependent myosin “walking” along the Actin microfilaments of the sarcomere ; Cytoskeletal structure and scaffolding for signal transduction processes