Getbig.com: American Bodybuilding, Fitness and Figure
Getbig Main Boards => Gossip & Opinions => Topic started by: Nether Animal on April 29, 2016, 09:32:41 AM
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Good transformation, but check out the abs. Don't think I've ever seen that
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Ronnie Coleman has that split down the middle too. Weird looking abs on Ronnie.
(http://fitnish.com/wp-content/uploads/2015/08/11ronnieq3.jpg)
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Another successful transformation from Sev.
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Ronnie Coleman has that split down the middle too. Weird looking abs on Ronnie.
(http://fitnish.com/wp-content/uploads/2015/08/11ronnieq3.jpg)
This is called "Diastasis recti" which is a problem for pregnant women and for obese men. Tissue which connect the sixpac at the middle is streched by enormous belly, and it never shrink back no matter what you do. Only way to fix this is surgery, but there is plenty of complications to expect, massive scars etc.
(http://www.newhealthadvisor.com/images/1HT02036/diastasis-recti.jpg)
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(http://beastmotivation.com/wp-content/uploads/2013/07/1001483_607526869282056_1599156180_n.jpg)
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This is called "Diastasis recti" which is a problem for pregnant women and for obese men. Tissue which connect the sixpac at the middle is streched by enormous belly, and it never shrink back no matter what you do. Only way to fix this is surgery, but there is plenty of complications to expect, massive scars etc.
(http://www.newhealthadvisor.com/images/1HT02036/diastasis-recti.jpg)
Could it ever be just genetic?
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Could it ever be just genetic?
Ever? Yes, as in almost always, except for pregnant women. Ronnie Coleman and Roelly (regardless of Roelly's sometimes massive gut) were born with this separation. It's more common in infants in black populations, along with umbilical hernias.
"Tissue which connect the sixpac at the middle is streched by enormous belly, and it never shrink back no matter what you do."...Not really. Pregnant women, yes.
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I was never fond of Alba's movie roles.
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Ever? Yes, as in almost always, except for pregnant women. Ronnie Coleman and Roelly (regardless of Roelly's sometimes massive gut) were born with this separation. It's more common in infants in black populations, along with umbilical hernias.
"Tissue which connect the sixpac at the middle is streched by enormous belly, and it never shrink back no matter what you do."...Not really. Pregnant women, yes.
Well, I just figured if someone got overweight then the size of the stomach could cause a rip like in pregnant women. But I guess that would have to be a lot of weight to cause that.
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Good transformation, but check out the abs. Don't think I've ever seen that
https://www.realself.com/guide/liposculpture-pack-abs-without-working#gref
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I have the same thing since I was born. Was never obese
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I have the same thing since I was born. Was never obese
Sorry to hear that, broskie. PM me if you want to talk about it.
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Also Lee Haney:
(https://s-media-cache-ak0.pinimg.com/736x/29/a9/50/29a950067d3cb3c93e007202f64a0763.jpg)
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Also Lee Haney:
(https://s-media-cache-ak0.pinimg.com/736x/29/a9/50/29a950067d3cb3c93e007202f64a0763.jpg)
Still top 5 of all time
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Ever? Yes, as in almost always, except for pregnant women. Ronnie Coleman and Roelly (regardless of Roelly's sometimes massive gut) were born with this separation. It's more common in infants in black populations, along with umbilical hernias.
"Tissue which connect the sixpac at the middle is streched by enormous belly, and it never shrink back no matter what you do."...Not really. Pregnant women, yes.
"In men, the most common causes for diastasis recti are obesity (causing similar pressure on the muscles), or a history of vigorous straining exercises such as sit ups or weightlifting. " -zocdoc.com
"There may be a history of weight fluctuations, weightlifting, or full-excursion sit-up exercises, which may lead to progressive separation of the rectus muscles over time. Other etiologic factors include chronic or intermittent abdominal distension, advancing age, or familial weakness of the abdominal musculofascial tissues" -http://www.ncbi.nlm.nih.gov/pubmed/9583506 (http://www.ncbi.nlm.nih.gov/pubmed/9583506)