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Pancreatic Cancer
Disease / Phenomenon
An aggressive malignancy arising in the pancreas, notable for disrupted cellular growth signalling, resistance to treatment, and difficult early detection.
Biological Processes of Pancreatic Cancer
Explore the key biological processes that drive pancreatic cancer, from cellular mechanisms through tissue-level responses.
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Cell Proliferation
1 pathway(s)
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Cell Proliferation
1 pathway(s)
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Cell Proliferation Signaling
Target: Cyclin D
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Cell Proliferation Signaling
Target: Cyclin D
Cyclin D
♧ Ingredient: Pacific Yew Tree
⌬ Compound: Paclitaxel
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Apoptosis
1 pathway(s)
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Apoptosis
1 pathway(s)
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PARP Signaling
Target: cPARP
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PARP Signaling
Target: cPARP
PARP
♧ Ingredient: Epirubicin
⌬ Compound: Epirubicin
Compounds affecting Pancreatic Cancer
Browse active compounds and their direct impact on pancreatic cancer biological processes, pathways, and biomarkers.
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From Epirubicin
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From Epirubicin
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Apoptosis
PARP Signaling
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Apoptosis
PARP Signaling
PARP
♧ Ingredient: Epirubicin
⌬ Compound: Epirubicin
⌬
▸
✣
Cell Proliferation
Cell Proliferation Signaling
▸
Cell Proliferation
Cell Proliferation Signaling
Cyclin D
♧ Ingredient: Pacific Yew Tree
⌬ Compound: Paclitaxel
Ingredients affecting Pancreatic Cancer
Explore therapeutic ingredients and their constituent compounds that modulate pancreatic cancer biology.
♧
1 active compound(s)
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1 active compound(s)
⌬
Apoptosis → PARP Signaling
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Apoptosis → PARP Signaling
PARP
♧ Ingredient: Epirubicin
⌬ Compound: Epirubicin
♧
1 active compound(s)
▸
1 active compound(s)
⌬
Cell Proliferation → Cell Proliferation Signaling
▸
Cell Proliferation → Cell Proliferation Signaling
Cyclin D
♧ Ingredient: Pacific Yew Tree
⌬ Compound: Paclitaxel