Just a quick cut and paste from Dave Greenwalt (the Powerstore) regarding gaining LBM. It's not the gospel, but it's good info to take on board:
"Weight gain experiments
In subjects overfed, initial body fat level is
important. In fact, in a few studies, subjects with low
initial levels of body fat (10kg) gained about 70% of their
weight gain as lean body mass (and only 30% was fat mass).
These data also show that in subjects starting with 20kg and
40kg of body fat, only 30% and 20% of the weight gained was
lean body mass (while 70% and 80% of the weight gained comes
from increased fat mass).
From overfeeding studies, it is clear that lean
individuals gain less fat and more lbm when overfeeding when
compared to their fatter counterparts. In fact, this study
generated a predictive equation indicating that the ratio of
lean mass gained to total weight gained is related to
initial fat mass by the following equation:
Lean Mass Gain / Weight Gain = 10.4 / {10.4 + initial fat
weight (kg)}
Therefore for someone who is 92kg (200lbs) and 5% body
(4.6kg fat), about 70% of the weight gained during an
overfeeding phase can be expected to be lean body mass. In
someone who is 92kg and 10% body fat (9.2kg of fat), 53% of
weight gained will be lean body mass. So perhaps a good
idea is to only overfeed when relatively lean. If you are
200lbs and around 10-15% body fat (14-18% for females), about half the weight you
gain will be fat and half will be muscle. If you try to
gain when fatter than 15% (18% for females), much of the weight you gain will
be fat mass.
Since the equation seems to work for dieting also, just
switch it around as follows:
Lean Mass Loss / Weight Loss = 10.4 / {10.4 + initial fat
weight (kg)}
While not flawless, these equations are handy tools for
estimating how much lbm and fat you may gain or lose when
underfeeding or overfeeding. Remember though if supplements
that preserve lean body mass (like the ECA stack) are used
during dieting or if supplements like creatine or drugs like
androgens are used during overfeeding, these ratios may
change."
(Body fat content influences the body composition response
to nutrition and exercise. Forbes GB. Ann N Y Acad Sci 2000
May;904:359-65)
-----------------------------------------------------------
To sign up for Dave's Power Store News just visit
http://www.thepowerstore.com and enter your e-mail address
Why I say it's not "the gospel" is because the subjects were not BBs, and were not following a clean "bulking" diet. However the general principal is sound. By decreasing you carbs and increasing your protein compared to those test subjects you can minimise fat gain but you're still gonna add a some more fat before you reach your goal.
"Weight gain experiments
In subjects overfed, initial body fat level is
important. In fact, in a few studies, subjects with low
initial levels of body fat (10kg) gained about 70% of their
weight gain as lean body mass (and only 30% was fat mass).
These data also show that in subjects starting with 20kg and
40kg of body fat, only 30% and 20% of the weight gained was
lean body mass (while 70% and 80% of the weight gained comes
from increased fat mass).
From overfeeding studies, it is clear that lean
individuals gain less fat and more lbm when overfeeding when
compared to their fatter counterparts. In fact, this study
generated a predictive equation indicating that the ratio of
lean mass gained to total weight gained is related to
initial fat mass by the following equation:
Lean Mass Gain / Weight Gain = 10.4 / {10.4 + initial fat
weight (kg)}
Therefore for someone who is 92kg (200lbs) and 5% body
(4.6kg fat), about 70% of the weight gained during an
overfeeding phase can be expected to be lean body mass. In
someone who is 92kg and 10% body fat (9.2kg of fat), 53% of
weight gained will be lean body mass. So perhaps a good
idea is to only overfeed when relatively lean. If you are
200lbs and around 10-15% body fat (14-18% for females), about half the weight you
gain will be fat and half will be muscle. If you try to
gain when fatter than 15% (18% for females), much of the weight you gain will
be fat mass.
Since the equation seems to work for dieting also, just
switch it around as follows:
Lean Mass Loss / Weight Loss = 10.4 / {10.4 + initial fat
weight (kg)}
While not flawless, these equations are handy tools for
estimating how much lbm and fat you may gain or lose when
underfeeding or overfeeding. Remember though if supplements
that preserve lean body mass (like the ECA stack) are used
during dieting or if supplements like creatine or drugs like
androgens are used during overfeeding, these ratios may
change."
(Body fat content influences the body composition response
to nutrition and exercise. Forbes GB. Ann N Y Acad Sci 2000
May;904:359-65)
-----------------------------------------------------------
To sign up for Dave's Power Store News just visit
http://www.thepowerstore.com and enter your e-mail address
Why I say it's not "the gospel" is because the subjects were not BBs, and were not following a clean "bulking" diet. However the general principal is sound. By decreasing you carbs and increasing your protein compared to those test subjects you can minimise fat gain but you're still gonna add a some more fat before you reach your goal.

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I hadn't really thought about the height differential there....I saw someone's photos here on elite who had competed in Japan and he looked to have a good 6 inches on the other guys. Think of it this way...you'll appear that much more statuesque