BiohacksAI/Mechanism Hypothesis/Lanatosides Glycosides from DIGITALIS lanata leaf. Lanatoside C has actions similar to DIGOXIN. Mixtures of lanatosides A, B, and C have also been used. (From Martindale,

Lanatosides Glycosides from DIGITALIS lanata leaf. Lanatoside C has actions similar to DIGOXIN. Mixtures of lanatosides A, B, and C have also been used. (From Martindale, — Mechanism Gap Analysis

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

Known Targets

TDP1NUCLEARABCB1ATXN2CFTRGMNNIL1BOPRM1IDH1MITFOPRD1PPP1R15ANR5A1HTR5APAX8NR5A2NCOA3TNFRSF10BEPAS1MELANOCORTINNCOA1NR2F2GALR3NCOA2

24 known targets mapped from PubChem bioassay data

Pathway Context

SUMOylation4 targets overlapping

SUMO E3 ligases SUMOylate target proteins4 targets overlapping

Class A/1 (Rhodopsin-like receptors)3 targets overlapping

Uncovered Pathway Targets

376 total

ARAURKAAURKBBIRC5BLMBRCA1CREBBPCTBP1DNMT1DNMT3B+366 more…

Genes present in the top pathway union that Lanatosides Glycosides from DIGITALIS lanata leaf. Lanatoside C has actions similar to DIGOXIN. Mixtures of lanatosides A, B, and C have also been used. (From Martindale, does not directly modulate.

Top Stack Candidates

Bortezomib

#1 gap-filler · 55 targets covered · evidence score 44.2

score 14,340.861

ARESR1HDAC1HDAC2NFKB2NR1I2PARP1PGRRARARELATP53ADRM1+43

Quercetin

#2 gap-filler · 47 targets covered · evidence score 43.4

score 9,094.663

ARAURKBBLMESR1NFKB2NR1I2NR3C1PGRPPARGRELARXRATOP1+35

1043 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.