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BiohacksAI/Targets/ATP4B/Compounds

Compounds That Target ATP4B

ATPase H+/K+ transporting subunit beta · 25 compounds in BiohacksAI corpus

ATP4B (ATPase H+/K+ transporting subunit beta) is a biological target with 25 documented compound interactions in the BiohacksAI corpus. The compounds listed below have been identified through computational analysis of BindingDB binding assay data and PubMed literature. Each interaction is ranked by confidence score reflecting the breadth and strength of experimental evidence. This resource supports research into ATP4B modulation for therapeutic and biohacking applications.

View ATP4B target page →UniProt: P51164 ↗
Most Studied Compounds for ATP4B
1
Curcuma Longa
500+
studies
2
Panax Ginseng
300+
studies
All 25 Compounds — Ranked by Evidence
1
Cimetidineorganic
0.69
confidence
2
Aloe Vera
0.50
confidence
3
Artemisia Capillaris
0.50
confidence
4
Bombyx Mori
0.50
confidence
5
Carthamus Tinctorius
0.50
confidence
6
Cimicifuga Heracleifolia
0.50
confidence
7
Citrus Reticulata
0.50
confidence
8
Coix Lacryma
0.50
confidence
9
Curcuma Longa
500+
studies
0.50
confidence
10
Cuscuta Chinensis
0.50
confidence
11
Leonurus Japonicus
0.50
confidence
12
Ligusticum Chuanxiong
0.50
confidence
13
Lindera Aggregata
0.50
confidence
14
Lonicera Japonica
0.50
confidence
15
Morus Alba
0.50
confidence
16
Panax Ginseng
300+
studies
0.50
confidence
17
Perilla Frutescens
0.50
confidence
18
Polygala Tenuifolia
0.50
confidence
19
Prunella Vulgaris
0.50
confidence
20
Prunus Armeniaca
0.50
confidence
21
Prunus Mume
0.50
confidence
22
Scolopendra Subspinipes
0.50
confidence
23
Taraxacum Mongolicum
0.50
confidence
24
Verbena Officinalis
0.50
confidence
25
Vigna Radiata
0.50
confidence

The compounds above were identified through computational analysis of BindingDB binding assay data and PubMed literature for ATP4B (ATPase H+/K+ transporting subunit beta). Confidence scores reflect the strength and breadth of experimental evidence.

Explore related resources: ATP4B target overview · All biological targets · Biological pathways

Data from BindingDB and PubMed. For research purposes only. Not medical advice.