[quote]austin_bicep wrote:
Ace Rimmer wrote:
Okay,not everyone is playing fair and listing whether they have read that article (Very interesting by the way,cheers prof X,it confirmed a lot of suspicions I have had with regards to growth AND measurement) and followed the protocol.
yeesh,what a low to my ego.
You mean putting a finger under the tape is not on?
Just kidding.
Ok,here’s my stats,(following the strict poliquin protocol)-
31 y/o
102kg/224lbs.
6’2"
14.2" cold
16.0" flexed
Also,is it worth listing the distance or how many fingers you can get in between your biceps and elbow joint? I read this once as a method of determining ggod genetic potential or not,and it ties in with that article.
I can get two fingers in there easily.
Given all this,and the fact that I do hardly any direct bicep work,is this good for my height/weight,or do I need to man the fuck up?
I wouldn’t say that you could determine your genetic potential by doing a finger test of your bicep insertion points.
People with both extremes have had the greatest arms ever. Higher insertion points give an awesome peak and lower give a very full powerful look.
I’ll give you examples of peoples arms that look awesome from all extremes and look them up and tell me about their genetic potential ;).
Albert Beckles-High Insertion Points
Arnold Schwarzenegger-Neither Very High, Nor Very Low
Kevin Levrone-Low Insertion Points
They all have arms I would be extremely proud to wear.[/quote]
You still haven’t proved anything one way or the other,what you have said is higher insertion points ‘give an awesome peak’ and lower gives a ‘full powerful look’ neither correlates with the method stated here of measuring the diameter of biceps,without including this info.
You have basically ststed how one or the other can give a better APPEARANCE.I feel arm length contributes a lot at least.But you surely cannot argue that a higher insertion makes it EASIER to add muscle,and a lower insertion allows the POTENTIAL for MORE growth?
Other genetic factors come into it too,such as muscle fibre makeup/dominance.