muscle-soreness

Muscle Soreness - Gods
← Back to Home
❀

Muscle Soreness

Disease / Phenomenon

The tenderness and stiffness that follow unfamiliar or intense exertion, reflecting micro-damage and the inflammatory repair response within muscle fibers.

Biological Processes of Muscle Soreness

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

✣
Inflammation
2 pathway(s)
▸
▣
Arachidonic Acid Signaling
Target: PGE-2
▸
PGE-2
♧ Ingredient: Lamiophlomis rotata ⌬ Compound: Ferulic Acid
▣
Bradykinin-induced PKC-α Signaling
Target: PKC-α
▸
PGE-2
♧ Ingredient: Lamiophlomis rotata ⌬ Compound: Luteolin
✣
Oxidative Stress
1 pathway(s)
▸
▣
ROS Signaling
Target: ROS
▸
ROS
♧ Ingredient: Holy Basil ⌬ Compound: Epicatechin

Compounds affecting Muscle Soreness

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

⌬
▸
✣
Oxidative Stress
ROS Signaling
▸
ROS
♧ Ingredient: Holy Basil ⌬ Compound: Epicatechin
⌬
▸
✣
Inflammation
Arachidonic Acid Signaling
▸
PGE-2
♧ Ingredient: Lamiophlomis rotata ⌬ Compound: Ferulic Acid
⌬
▸
✣
Inflammation
Bradykinin-induced PKC-α Signaling
▸
PGE-2
♧ Ingredient: Lamiophlomis rotata ⌬ Compound: Luteolin

Ingredients affecting Muscle Soreness

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

♧
Holy Basil
1 active compound(s)
▸
⌬
Epicatechin
Oxidative Stress → ROS Signaling
▸
ROS
♧ Ingredient: Holy Basil ⌬ Compound: Epicatechin
♧
Lamiophlomis rotata
2 active compound(s)
▸
⌬
Ferulic Acid
Inflammation → Arachidonic Acid Signaling
▸
PGE-2
♧ Ingredient: Lamiophlomis rotata ⌬ Compound: Ferulic Acid
⌬
Luteolin
Inflammation → Bradykinin-induced PKC-α Signaling
▸
PGE-2
♧ Ingredient: Lamiophlomis rotata ⌬ Compound: Luteolin