
ajshabs
life starts at 6’7 250lbs
- Joined
- Apr 26, 2024
- Posts
- 198
- Reputation
- 231
hdac inhibitors could be used to boost natural growth + development during puberty
not like gh or steroids — this is epigenetic, not hormonal
basically you’re not forcing growth, you’re just taking the brakes off your dna during the time your body’s already trying to grow
what’s an hdac inhibitor?
hdacs = enzymes that keep certain genes “switched off” by tightening the dna
when you inhibit them, the dna loosens and more genes can activate — especially ones involved in bone growth, muscle development, and facial structure
so instead of adding more hormones, you just make your existing growth system work better
why puberty matters:
puberty is the only time where:
your growth plates are open (so bones can still lengthen)
testosterone is increasing naturally
face bones are shaping (jawline, cheekbones etc)
muscles respond better to training and diet
tissue remodels faster
hdac inhibitors during this window could (in theory) amplify all that
possible benefits of hdac inhibition during puberty (if done right):
denser bones (better cheekbones, jaw, orbital rims)
slightly taller height (growth plates stay active longer)
more lean muscle growth from same test levels
faster tissue recovery/remodeling
long-term changes that might stick (epigenetic memory)
what compounds do this?
these are drugs already used in medicine (like for epilepsy or cancer):
valporic acid (VPA) – known hdac inhibitor
vorinostat / trichostatin A – very potent, mostly research use
givinostat – newer, more selective version
most of these are not safe for casual use — they affect brain chemistry and other systems, so any actual use would have to be super controlled and spaced out (like once every few weeks in microdoses)
example theoretical use (vpa):
250–500mg per day for 5–7 days
then take 2–3 weeks off
only during early–mid puberty (13–17)
idea is to hit short windows without causing damage
why it’s interesting:
hdac inhibition isn’t about adding more fuel (like gear) it’s about removing the limiters your dna puts on certain growth genes
it could make your natural growth hit harder, without pushing it past your genetic limit
not like gh or steroids — this is epigenetic, not hormonal
basically you’re not forcing growth, you’re just taking the brakes off your dna during the time your body’s already trying to grow
what’s an hdac inhibitor?
hdacs = enzymes that keep certain genes “switched off” by tightening the dna
when you inhibit them, the dna loosens and more genes can activate — especially ones involved in bone growth, muscle development, and facial structure
so instead of adding more hormones, you just make your existing growth system work better
why puberty matters:
puberty is the only time where:
your growth plates are open (so bones can still lengthen)
testosterone is increasing naturally
face bones are shaping (jawline, cheekbones etc)
muscles respond better to training and diet
tissue remodels faster
hdac inhibitors during this window could (in theory) amplify all that
possible benefits of hdac inhibition during puberty (if done right):
denser bones (better cheekbones, jaw, orbital rims)
slightly taller height (growth plates stay active longer)
more lean muscle growth from same test levels
faster tissue recovery/remodeling
long-term changes that might stick (epigenetic memory)
what compounds do this?
these are drugs already used in medicine (like for epilepsy or cancer):
valporic acid (VPA) – known hdac inhibitor
vorinostat / trichostatin A – very potent, mostly research use
givinostat – newer, more selective version
most of these are not safe for casual use — they affect brain chemistry and other systems, so any actual use would have to be super controlled and spaced out (like once every few weeks in microdoses)
example theoretical use (vpa):
250–500mg per day for 5–7 days
then take 2–3 weeks off
only during early–mid puberty (13–17)
idea is to hit short windows without causing damage
why it’s interesting:
hdac inhibition isn’t about adding more fuel (like gear) it’s about removing the limiters your dna puts on certain growth genes
it could make your natural growth hit harder, without pushing it past your genetic limit