People say someone is mesomorphic or endomorphic because of genetics. But can it be because of diet while growing up? Like lack of calcium developing weak bones and therefore a different body structure.
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BraveUlysses said:Body/Bone structure is genetic.
Can I ask what you think you did to help spark this delayed growth spurt?Trouble said:At age 20, I was 5 foot. I added 5 inches as a supposedly mature adult. My frame changes accordingly. Now, my bone plates should have been fused by age 19-20. There is no similar history of late development in my family, so genetics be damned, this was environmentally delayed growth. My twin is a ecto, I'm a mixture of endo and meso.
Trouble said:The answer is a qualified yes, while genetics set the determine general structural features, metabolic gene expression is determined by many factors and is relatively plastic in nature.
Thus, the hardgainer or ectomorph is in fact, functionally determined by what is called imprinting (parental gene expression influenced by environment), by maternal hormones, by early and late developmental factors that influence gene epxression and control, regulated by diet, health history, behavior feedback, sleep patterns and hygiene, etc.
Example: I stopped growing at age 15-16 and didn't reinitiate growth until after after 20-22, due to dietary, sleep, stress, and nutritional shortages. I was and still am the shortest person in my family at 5'5", while my twin is 6'2, sister is 5'8", etc.
At age 20, I was 5 foot. I added 5 inches as a supposedly mature adult. My frame changes accordingly. Now, my bone plates should have been fused by age 19-20. There is no similar history of late development in my family, so genetics be damned, this was environmentally delayed growth. My twin is a ecto, I'm a mixture of endo and meso.
Mesomorphs are the norm. Ectos and endos are physiologically determined expression of genetic polymorphisms of hundreds of enzymes that play a role in many, many pathways within the body. The key pathways are almost all in liver, however. So its environmental factors in liver and brain, that I can demonstrate (and have elsewhere, in original deductive logic) by numerous example that are plastically expressed and determine muscle and energy anabolism/catabolism tendencies (metabolic set points).
Diet is the predominant factor. Lipotrophic elements drive gene expression regulation. Other lifestyle factors then cause abberation of expression that results in endo and ectomorphic somatypes.