Linked from

The 15 pages that link to Paclitaxel, each with the reason it gives.

• TerpeneBroader topic: Its complex diterpene-derived structure became a clinically important natural-product drug.

• MicrotubuleBroader topic: It shows that excessive microtubule stability can also interfere with cell division.

• PharmacognosyBroader topic: It exemplifies a plant-derived compound whose pharmacological study produced an important drug.

• Plant secondary metaboliteBroader topic: It demonstrates how a plant terpenoid can become an anticancer medicine.

• Natural productBroader topic: It exemplifies a natural product developed into a widely used anticancer treatment.

• Chemotherapy-induced peripheral neuropathyBroader topic: Paclitaxel commonly causes dose-related sensory neuropathy.

• TerpenoidBroader topic: Its complex terpenoid structure supports a distinctive mechanism used in cancer treatment.

• Mitotic spindleRelated: Its interference with spindle microtubule dynamics can halt dividing cancer cells.

• YewRelated: This anticancer compound was first isolated from the bark of the Pacific yew.

• SemisynthesisRelated: Semisynthetic production from renewable taxane precursors helped address supply constraints.

• TaxaceaeBroader topic: Its discovery in Pacific yew bark connected Taxaceae to modern cancer therapy.

• Taxus baccataBroader topic: This drug was first isolated from the Pacific yew, while European yew extracts later supported its production.

• Taxus brevifoliaRelated: The anticancer compound first isolated from Pacific yew bark.

• CarboplatinRelated: The carboplatin–paclitaxel combination is a widely used regimen across several cancers.

• TaxusBroader topic: It is the best-known pharmaceutical derived from compounds first found in a Taxus species.