muscle-gain

Muscle Gain - Gods
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Muscle Gain

Disease / Phenomenon

The process of building skeletal muscle through protein synthesis outpacing breakdown, supported by training stimulus, nutrient availability, and hormonal signalling.

Biological Processes of Muscle Gain

Explore the key biological processes that drive muscle gain, from cellular mechanisms through tissue-level responses.

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Muscle Hypertrophy
2 pathway(s)
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AKT/mTOR Signaling
Target: P-AKT
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PKC
♧ Ingredient: Elk Velvet Antler ⌬ Compound: Oleic acid
Rac1
♧ Ingredient: Elk Velvet Antler ⌬ Compound: Oleic acid
▣
mTOR Signaling
Target: mTOR
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S6K
♧ Ingredient: Elk Velvet Antler ⌬ Compound: Leucine
4EBP1
♧ Ingredient: Elk Velvet Antler ⌬ Compound: Leucine

Compounds affecting Muscle Gain

Browse active compounds and their direct impact on muscle gain biological processes, pathways, and biomarkers.

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✣
Muscle Hypertrophy
mTOR Signaling
▸
S6K
♧ Ingredient: Elk Velvet Antler ⌬ Compound: Leucine
4EBP1
♧ Ingredient: Elk Velvet Antler ⌬ Compound: Leucine
⌬
▸
✣
Muscle Hypertrophy
AKT/mTOR Signaling
▸
PKC
♧ Ingredient: Elk Velvet Antler ⌬ Compound: Oleic acid
Rac1
♧ Ingredient: Elk Velvet Antler ⌬ Compound: Oleic acid

Ingredients affecting Muscle Gain

Explore therapeutic ingredients and their constituent compounds that modulate muscle gain biology.

♧
Elk Velvet Antler
2 active compound(s)
▸
⌬
Oleic acid
Muscle Hypertrophy → AKT/mTOR Signaling
▸
PKC
♧ Ingredient: Elk Velvet Antler ⌬ Compound: Oleic acid
Rac1
♧ Ingredient: Elk Velvet Antler ⌬ Compound: Oleic acid
⌬
Leucine
Muscle Hypertrophy → mTOR Signaling
▸
S6K
♧ Ingredient: Elk Velvet Antler ⌬ Compound: Leucine
4EBP1
♧ Ingredient: Elk Velvet Antler ⌬ Compound: Leucine