Marco N Cognito
Member
One of my major goals for this year is to find ways to effectively recomp (drop bodyfat and retain lean mass or increase) for both wellness and cosmetic. In my case I need to lose ~ 30 lbs total while trying try to retain LBM and get to no more than ~16.5% bf. No small feat for me, especially when I've never been on any TRT, AAS, GH, etc.
This has always been a dilemma even in my younger years. When gaining weight/bulking, I attain more strength and less joint pain, but at a cost of increased bodyfat. Not good for blood pressure, glucose, insulin, T, estrogen, lipids, etc., not to mention aesthetics.
So, how the hell did I manage to accumulate more bf when my energy intake (calories), macros and energy expenditure (training) stayed 100% consistent the last several years? This would indicate that there's way more than just exercise and calories to consider in this equation.
Poor genetic predispositions aren't always a slam-dunk damnation, but they definitely influence as to why we are the way we are and there's only so much we can do. All of us have our share of some.
In my case, genetic markers (see below) are making it a challenge to try to recomp (basically, retain lean mass, decrease bf). I attribute a less than ideal nutrient partitioning to two things: genetics (my phenotype has tendency toward higher fat mass, etc.) and hormones (low thyroid, low normal total T, low free and bio T, slight insulin resistance, low estradiol, low GH, etc.). These limitations also decrease protein synthesis (especially thyroid hormones, T and GH).
No wonder it's been so damn difficult all these years to reduce bf to healthy levels! No change with doing more cardio or training, just keeps me in check. Calorie restriction and intermittent fasting yields moderate reduction in bf. Increasing training volume/cardio just raises cortisol and makes appetite/joints even worse and more CR/IF can be counterproductive and crash my thyroid - double-edged sword.
I'm sure some of us all share similar challenges that are beyond diet/exercise. So, how do we hack genetic predispositions? Only thing left I can think of is aggressive chemical intervention. Perhaps something like this for starters:
1) GH and/or GH secretagogue peptides
2) TRT
3) increase NDT
What's worked for some of you that are up against similar genetic curses?
The Truth About Bodybuilding Genetics | T Nation
======================================================================
Genetic challenges/predispositions verified by genomic testing and other health conditions:
- increased body fat mass: Box
- stronger tendency for a larger waist: Box
- stronger tendency to have more subcutaneous adipose tissue than visceral adipose tissue: Box
- several variants for T2D/insulin resistance (managed by diet, exercise and supps)
- hypothyroidism (recently increased NDT from 1 grain to 1.50 grains; plan to keep increasing until my levels are optimized and I feel better)
- hypertension (managed with meds)
- thrombosis (had DVT in 2012; unknown cause; on anticoagulant prophylaxis)
- moderate dyslipidemia (elevated LDL-P, pattern B, APOB, Lp(a)) managed by diet, supps
- loss of BMD (as per last DEXA scan)
BF Distribution/storage (as per last DEXA scan):
[https://themusclemechanicuk.com/fat-patterns-android-and-gynoid-fat-distribution/]
Android (trunk/abdomen): 40%
Gynoid (hips, glutes, thighs): 33%
This has always been a dilemma even in my younger years. When gaining weight/bulking, I attain more strength and less joint pain, but at a cost of increased bodyfat. Not good for blood pressure, glucose, insulin, T, estrogen, lipids, etc., not to mention aesthetics.
So, how the hell did I manage to accumulate more bf when my energy intake (calories), macros and energy expenditure (training) stayed 100% consistent the last several years? This would indicate that there's way more than just exercise and calories to consider in this equation.
Poor genetic predispositions aren't always a slam-dunk damnation, but they definitely influence as to why we are the way we are and there's only so much we can do. All of us have our share of some.
In my case, genetic markers (see below) are making it a challenge to try to recomp (basically, retain lean mass, decrease bf). I attribute a less than ideal nutrient partitioning to two things: genetics (my phenotype has tendency toward higher fat mass, etc.) and hormones (low thyroid, low normal total T, low free and bio T, slight insulin resistance, low estradiol, low GH, etc.). These limitations also decrease protein synthesis (especially thyroid hormones, T and GH).
No wonder it's been so damn difficult all these years to reduce bf to healthy levels! No change with doing more cardio or training, just keeps me in check. Calorie restriction and intermittent fasting yields moderate reduction in bf. Increasing training volume/cardio just raises cortisol and makes appetite/joints even worse and more CR/IF can be counterproductive and crash my thyroid - double-edged sword.
I'm sure some of us all share similar challenges that are beyond diet/exercise. So, how do we hack genetic predispositions? Only thing left I can think of is aggressive chemical intervention. Perhaps something like this for starters:
1) GH and/or GH secretagogue peptides
2) TRT
3) increase NDT
What's worked for some of you that are up against similar genetic curses?
The Truth About Bodybuilding Genetics | T Nation
======================================================================
Genetic challenges/predispositions verified by genomic testing and other health conditions:
- increased body fat mass: Box
- stronger tendency for a larger waist: Box
- stronger tendency to have more subcutaneous adipose tissue than visceral adipose tissue: Box
- several variants for T2D/insulin resistance (managed by diet, exercise and supps)
- hypothyroidism (recently increased NDT from 1 grain to 1.50 grains; plan to keep increasing until my levels are optimized and I feel better)
- hypertension (managed with meds)
- thrombosis (had DVT in 2012; unknown cause; on anticoagulant prophylaxis)
- moderate dyslipidemia (elevated LDL-P, pattern B, APOB, Lp(a)) managed by diet, supps
- loss of BMD (as per last DEXA scan)
BF Distribution/storage (as per last DEXA scan):
[https://themusclemechanicuk.com/fat-patterns-android-and-gynoid-fat-distribution/]
Android (trunk/abdomen): 40%
Gynoid (hips, glutes, thighs): 33%
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