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(Dan Moore @ Feb. 03 2007,08:48)</div><div id="QUOTEHEAD">QUOTE</div><div id="QUOTE"><div>
(robefc @ Feb. 02 2007,21:07)</div><div id="QUOTEHEAD">QUOTE</div><div id="QUOTE"><div>
(quadancer @ Feb. 02 2007,22:29)</div><div id="QUOTEHEAD">QUOTE</div><div id="QUOTE"> <div></div><div id="QUOTEHEAD">QUOTE</div><div id="QUOTE">Studies have been done on overfeeding where people were fed an additional 1000 calories per day for 100 days without any training whatsoever. Of the weight they gained, even in the absence of exercise, an average of 35% was lean muscle mass. </div></div>
Am I right in thinking that generally a 50:50 ratio between fat and lean mass gain is considered pretty good when bulking?
Because if so...well it training hardly seems worth the effort just for that extra 15% of muscle growth...I may as well just sit around and eat - I'll grow quicker because I won't be expending calories and then when I cut I can start lifting and will benefit from the newbie effect of losing fat and gaining muscle!
Have I hit upon the 'one true way'?!
If so do you think I should start a website, write a book or make a dvd first?!
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Actually the 50/50 rule can be swayed and in no way fits every one. For instance in a study were non-obese ate 1000Kcals/day in excess for 8 weeks they found that on average, 432 kcal/day of the excess energy ingested was stored and 531 kcal/day was dissipated through increased energy expenditure, thereby accounting for 97% of the additional 1000 kcal/day
But fat gain varied 10-fold, ranging from a gain of only 0.36 kg to a gain of 4.23 kg among the subjects.
Of the total mass gained (1.4 –7.2 Kg) this would have been from 25% to 60% increase in fat mass. So obviously their is some interindividual differences.
Now if you add in the cost of exercise and lean tissue deposition the amount that is going to storage is going to be considerably less.
As I've said before, exercise is one of the most powerful partitioners we have available to us.
So my point is a 50:50 is welcomed but naturally a higher lean ratio is even more welcome and in many they will acheive a higher than 50:50 ratio.
Now if Kelly was a little misleading in his statement it would be that the 35% is all muscle tissue as this isn't the case and in most studies looking at P ratios they look at total lean mass not muscle mass speciifcally but he may have a study that I'm not familiar with.</div>
I was hoping I could find that study.
Can you help me?