Normielarper
Nosecel
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- Dec 27, 2025
- Posts
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Title
Yes go aheadsmoking does rape your growth
i remember talking about it here. if you want i can tell you.
the entire process of linear growth (via chondrocyte proliferation, chondrocyte hypertrophy, matrix mineralization, osteoblastic replacement) gets interfered by smoking.Yes go ahead
high iqthe entire process of linear growth (via chondrocyte proliferation, chondrocyte hypertrophy, matrix mineralization, osteoblastic replacement) gets interfered by smoking.
nicotine suppresses the GH-IGF1 axis.
in normal physiology, this would be the case:
hypo -> ghrh
pituitary -> pulsatile gh secretion
liver -> igf1
igf1 -> chondrocyte div in growth plates
what nicotine does:
activates alpha4beta2 nictinic acetylcholine receptor at CNS
increase dopamine and cortisol
blunts nocturnal gh pulses
reduces hepatic igf1 synthesis
Nicotine also causes chronic hypoxia at growth plate level
bcz growth plates are avascular so they rely ENTIRELY on O2 and nutrients diffusion from surrounding capillaries
what smoking introduces:
CO (carbon monoxide) -> binds Hb with 200x (iirc) affinity of O2
nicotine -> vasoconstriction (bcz of sympathetic activation)
endothelial dysfunction -> less nitric oxide available
THAT OVERALL creates functional hypoxia in the growth plates
hypoxia inhibits chondrocytic hypertrophy, accelerates premature closure of plates, activates hypoxia inducible stress pathways instead of growth pathways like in normal niggas
also cortisol is raised
cortisol inhibits collagen type II synthesis
there's a toxicity to griwth plate chondrocytes as well because tobacco smoke contains:
polycyclic aromatic hydrocarbons
cadmium
reactive oxygen species
they induce oxidative DNA damage in chondrocytes, increase apoptosis, reduce extracellular matrix production, activate inflammatory NF-kB signalling (couldn't find the symbol)
then nicotine also alters DNA methylation patterns, histone acetylation, microRNA expression related to growth and they reduce responsiveness to gh and igf1

what’s your iq Holy fuckthe entire process of linear growth (via chondrocyte proliferation, chondrocyte hypertrophy, matrix mineralization, osteoblastic replacement) gets interfered by smoking.
nicotine suppresses the GH-IGF1 axis.
in normal physiology, this would be the case:
hypo -> ghrh
pituitary -> pulsatile gh secretion
liver -> igf1
igf1 -> chondrocyte div in growth plates
what nicotine does:
activates alpha4beta2 nictinic acetylcholine receptor at CNS
increase dopamine and cortisol
blunts nocturnal gh pulses
reduces hepatic igf1 synthesis
Nicotine also causes chronic hypoxia at growth plate level
bcz growth plates are avascular so they rely ENTIRELY on O2 and nutrients diffusion from surrounding capillaries
what smoking introduces:
CO (carbon monoxide) -> binds Hb with 200x (iirc) affinity of O2
nicotine -> vasoconstriction (bcz of sympathetic activation)
endothelial dysfunction -> less nitric oxide available
THAT OVERALL creates functional hypoxia in the growth plates
hypoxia inhibits chondrocytic hypertrophy, accelerates premature closure of plates, activates hypoxia inducible stress pathways instead of growth pathways like in normal niggas
also cortisol is raised
cortisol inhibits collagen type II synthesis
there's a toxicity to griwth plate chondrocytes as well because tobacco smoke contains:
polycyclic aromatic hydrocarbons
cadmium
reactive oxygen species
they induce oxidative DNA damage in chondrocytes, increase apoptosis, reduce extracellular matrix production, activate inflammatory NF-kB signalling (couldn't find the symbol)
then nicotine also alters DNA methylation patterns, histone acetylation, microRNA expression related to growth and they reduce responsiveness to gh and igf1
65what’s your iq Holy fuck
no it ascends u. better focus and suppresses appetiteTitle
the entire process of linear growth (via chondrocyte proliferation, chondrocyte hypertrophy, matrix mineralization, osteoblastic replacement) gets interfered by smoking.
nicotine suppresses the GH-IGF1 axis.
in normal physiology, this would be the case:
hypo -> ghrh
pituitary -> pulsatile gh secretion
liver -> igf1
igf1 -> chondrocyte div in growth plates
what nicotine does:
activates alpha4beta2 nictinic acetylcholine receptor at CNS
increase dopamine and cortisol
blunts nocturnal gh pulses
reduces hepatic igf1 synthesis
Nicotine also causes chronic hypoxia at growth plate level
bcz growth plates are avascular so they rely ENTIRELY on O2 and nutrients diffusion from surrounding capillaries
what smoking introduces:
CO (carbon monoxide) -> binds Hb with 200x (iirc) affinity of O2
nicotine -> vasoconstriction (bcz of sympathetic activation)
endothelial dysfunction -> less nitric oxide available
THAT OVERALL creates functional hypoxia in the growth plates
hypoxia inhibits chondrocytic hypertrophy, accelerates premature closure of plates, activates hypoxia inducible stress pathways instead of growth pathways like in normal niggas
also cortisol is raised
cortisol inhibits collagen type II synthesis
there's a toxicity to griwth plate chondrocytes as well because tobacco smoke contains:
polycyclic aromatic hydrocarbons
cadmium
reactive oxygen species
they induce oxidative DNA damage in chondrocytes, increase apoptosis, reduce extracellular matrix production, activate inflammatory NF-kB signalling (couldn't find the symbol)
then nicotine also alters DNA methylation patterns, histone acetylation, microRNA expression related to growth and they reduce responsiveness to gh and igf1
The doctor said it makes your growth fucked so I don’t believe youno it ascends u. better focus and suppresses appetite
Exactly what I would’ve saidthe entire process of linear growth (via chondrocyte proliferation, chondrocyte hypertrophy, matrix mineralization, osteoblastic replacement) gets interfered by smoking.
nicotine suppresses the GH-IGF1 axis.
in normal physiology, this would be the case:
hypo -> ghrh
pituitary -> pulsatile gh secretion
liver -> igf1
igf1 -> chondrocyte div in growth plates
what nicotine does:
activates alpha4beta2 nictinic acetylcholine receptor at CNS
increase dopamine and cortisol
blunts nocturnal gh pulses
reduces hepatic igf1 synthesis
Nicotine also causes chronic hypoxia at growth plate level
bcz growth plates are avascular so they rely ENTIRELY on O2 and nutrients diffusion from surrounding capillaries
what smoking introduces:
CO (carbon monoxide) -> binds Hb with 200x (iirc) affinity of O2
nicotine -> vasoconstriction (bcz of sympathetic activation)
endothelial dysfunction -> less nitric oxide available
THAT OVERALL creates functional hypoxia in the growth plates
hypoxia inhibits chondrocytic hypertrophy, accelerates premature closure of plates, activates hypoxia inducible stress pathways instead of growth pathways like in normal niggas
also cortisol is raised
cortisol inhibits collagen type II synthesis
there's a toxicity to griwth plate chondrocytes as well because tobacco smoke contains:
polycyclic aromatic hydrocarbons
cadmium
reactive oxygen species
they induce oxidative DNA damage in chondrocytes, increase apoptosis, reduce extracellular matrix production, activate inflammatory NF-kB signalling (couldn't find the symbol)
then nicotine also alters DNA methylation patterns, histone acetylation, microRNA expression related to growth and they reduce responsiveness to gh and igf1
Larp lolExactly what I would’ve said
some niggas say it can hypothetically incres gh but makes the vitamin absorptions worsesmoking does rape your growth
i remember talking about it here. if you want i can tell you.
you used the term hypothetically wrong, say theoretically insteadsome niggas say it can hypothetically incres gh but makes the vitamin absorptions worse
mbyou used the term hypothetically wrong, say theoretically instead
i'll let it slide this time, dont slip up again.
clavicular left some disturbies in the peopleTitle
high iqthe entire process of linear growth (via chondrocyte proliferation, chondrocyte hypertrophy, matrix mineralization, osteoblastic replacement) gets interfered by smoking.
nicotine suppresses the GH-IGF1 axis.
in normal physiology, this would be the case:
hypo -> ghrh
pituitary -> pulsatile gh secretion
liver -> igf1
igf1 -> chondrocyte div in growth plates
what nicotine does:
activates alpha4beta2 nictinic acetylcholine receptor at CNS
increase dopamine and cortisol
blunts nocturnal gh pulses
reduces hepatic igf1 synthesis
Nicotine also causes chronic hypoxia at growth plate level
bcz growth plates are avascular so they rely ENTIRELY on O2 and nutrients diffusion from surrounding capillaries
what smoking introduces:
CO (carbon monoxide) -> binds Hb with 200x (iirc) affinity of O2
nicotine -> vasoconstriction (bcz of sympathetic activation)
endothelial dysfunction -> less nitric oxide available
THAT OVERALL creates functional hypoxia in the growth plates
hypoxia inhibits chondrocytic hypertrophy, accelerates premature closure of plates, activates hypoxia inducible stress pathways instead of growth pathways like in normal niggas
also cortisol is raised
cortisol inhibits collagen type II synthesis
there's a toxicity to griwth plate chondrocytes as well because tobacco smoke contains:
polycyclic aromatic hydrocarbons
cadmium
reactive oxygen species
they induce oxidative DNA damage in chondrocytes, increase apoptosis, reduce extracellular matrix production, activate inflammatory NF-kB signalling (couldn't find the symbol)
then nicotine also alters DNA methylation patterns, histone acetylation, microRNA expression related to growth and they reduce responsiveness to gh and igf1
.i'll let it slide this time, dont slip up again.
i knew i wasnt completely wrong niggeri'll let it slide this time, dont slip up again.


