BiohacksAI/Mechanism Hypothesis/Ritonavir

Ritonavir — Mechanism Gap Analysis

HYPOTHESIS_ENGINE_v1.0 · Corpus v20260227-01 · Deterministic graph-traversal

Known Targets

CYP2C19CYP2D6ARCYP2C9NR1I2CYTOCHROMETDP1THRBESRRACYP3A4CYP3A7PGRRATTUSNR3C1ABCB1KCNH2ADRA1AHOMOPPARGVDRHTR2BATXN2KAPPA-TYPEABCB11HTR7KCNMB1KCNMB2TBXA2RSLCO1B1KCNMB4KAT2AKCNMA1NPSR1SLCO1B3SLCO2B1TACR1SLC47A1CACNA1HLRRC26AVPR1ASUBSTANCE-KUGT1A1THROMBOXANE-ASLC47A2CYP2B6CYP3A5VASOPRESSINCYP3A43CYP3A7-CYP3A51P

49 known targets mapped from PubChem bioassay data

Pathway Context

Biological oxidations10 targets overlapping

Drug ADME9 targets overlapping

Phase I - Functionalization of compounds9 targets overlapping

Uncovered Pathway Targets

74 total

AADACAHCYAHRALDH1A1ALDH2AOC1ARNTCBR3CES1CES2+64 more…

Genes present in the top pathway union that Ritonavir does not directly modulate.

Top Stack Candidates

Quercetin

#1 gap-filler · 14 targets covered · evidence score 43.4

score 2,766.41

AHRCYP19A1CYP1A1CYP1A2CYP1B1CYP2C8HSP90AB1MAOANNMTRXRAABCC1ABCG2+2

Apigenin 5,7,4'-trihydroxy-flavone,

#2 gap-filler · 11 targets covered · evidence score 42.3

score 1,942.156

AHRCYP19A1CYP1A1CYP1A2CYP1B1MAOAMAOBNR1H4ABCC1ABCG2XDH

557 more candidates · full stack optimisation locked

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BiohacksAI maps biological mechanisms. It does not recommend compounds. Results generated by HYPOTHESIS_ENGINE_v1.0.