PhytoNexus

PhytoNexus

Department of Pharmacognosy · Herb-Drug Interaction Intelligence Platform · generated 27 Jul 2026 01:09 IST
Open science

Search the live literature, not a snapshot

Six public APIs, no keys and no paywall. Queries are scoped to title and abstract rather than full text, because a full-text hit on Curcuma in a reference list is not evidence of anything. Everything retrieved is then passed through an interaction-vocabulary gate: a paper is admitted only if it actually describes an interaction, not merely because it names a plant and a drug in the same abstract. What survives is ranked against an eight-level evidence hierarchy, so a randomised trial outranks a review that cites it.

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Terms the engine will send
chemotherapeutic agents chemotherapy agents tamoxifen (cyp2d6) cytotoxic drugs bortezomib irinotecan
Mechanism being tested

Cytotoxic and targeted anticancer drugs PK-CYP3A4/UGT + PD-antagonistic

Botanical CYP3A4 and UGT1A1 modulation alters exposure to irinotecan, taxanes, vinca alkaloids and kinase inhibitors. High-dose antioxidant botanicals may also oppose the oxidative mechanism of some cytotoxics and of proteasome inhibitors.

Expected clinically: Neutropenic sepsis and severe diarrhoea from over-exposure, or reduced antitumour effect; boronic-acid proteasome inhibitors are directly antagonised by polyphenols.

Retrieved records

Records are ranked by the local hierarchy, not by relevance as the upstream service judges it. Nothing here is written to the knowledge base until a signed-in curator attaches it to a monograph, which keeps retrieval and curation as separate steps.