How do you avoid rigor mortis in fish?

Yes. It effects their muscles the same as it would ours.

ATP synthesis ceases, but it continues to be consumed and cross bridge detachment is impossible. Actin and myosin become cross linked producing the stiffness of rigor mortis.. Rigor mortis is a build...

no ATP is available to release attached actin and myosin molecules

Rigor mortis is caused by the loss of ATP. Oxygen is required for cellular respiration to provide ATP, but once the heart stops pumping, the supply of Oxygen stops. As a result, the muscles begin to...

Whatever the subject did before it died xP No really it causes the body to lock into the exact position it was in before it died. The muscles tighten up so much that it does not allow the body to...