
This concept of ‘creating memory’ is not just limited to our brain, it is also apparent in our skeletal muscle through ‘muscle memory.’ According to the National Library of Medicine, muscle fibers that have previously undergone strength training but have subsequently lost their mass, can regain mass faster than naive muscle fibers and seem to be protected against the elevated apoptotic activity observed in atrophying muscle tissue – muscle that decreases in cellular size due to inactivity. These nuclei represent a functionally important ‘memory’ of previous strength and may be very long lasting in humans, as myonuclei are stable for at least fifteen years and might even be permanent. With this in mind, let’s choose to honor this principle of gaining ‘memory from repetition’ as it is the foundation of many acquired skill-sets and professions in our world today.
Written by Student Doctor: Navpreet Singh Badesha
©04/20/2018 All Rights Reserved.
Photo found on: @artfulanatomy
Inspired by: Graduating medical school tomorrow!
Every flower has to grow through dirt
This research was published in the National Library of Medicine in January 2016 by The Company of Biologists Ltd. Article Link