pain

Pain - Gods
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Pain

Disease / Phenomenon

The nervous system's signalling of actual or potential harm; useful as a warning, but capable of becoming persistent when pain pathways stay sensitized.

Biological Processes of Pain

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

✣
Inflammation
2 pathway(s)
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▣
Bradykinin-induced TRPV1 Signaling
Target: TRPV1-p
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TRPV1-p
♧ Ingredient: Lamiophlomis rotata ⌬ Compound: Luteolin
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NMDA Signaling
Target: Substance P
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Substance P
♧ Ingredient: Black Cumin ⌬ Compound: Magnesium

Compounds affecting Pain

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

⌬
▸
✣
Inflammation
Bradykinin-induced TRPV1 Signaling
▸
TRPV1-p
♧ Ingredient: Lamiophlomis rotata ⌬ Compound: Luteolin
⌬
▸
✣
Inflammation
NMDA Signaling
▸
Substance P
♧ Ingredient: Black Cumin ⌬ Compound: Magnesium

Ingredients affecting Pain

Explore therapeutic ingredients and their constituent compounds that modulate pain biology.

♧
Black Cumin
1 active compound(s)
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⌬
Magnesium
Inflammation → NMDA Signaling
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Substance P
♧ Ingredient: Black Cumin ⌬ Compound: Magnesium
♧
Lamiophlomis rotata
1 active compound(s)
▸
⌬
Luteolin
Inflammation → Bradykinin-induced TRPV1 Signaling
▸
TRPV1-p
♧ Ingredient: Lamiophlomis rotata ⌬ Compound: Luteolin