BETABiohacksAI is a research tool for informational purposes only. All outputs are computational hypothesis candidates — not confirmed mechanisms, not medical advice, and not a substitute for professional medical judgment. Independent experimental validation is always required.
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Compounds That Target CXCL17

CXCL17 · 21 compounds in BiohacksAI corpus

CXCL17 (CXCL17) is a biological target with 21 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 CXCL17 modulation for therapeutic and biohacking applications.

Most Studied Compounds for CXCL17
300+
studies
All 21 Compounds — Ranked by Evidence
1
Atractylodes Macrocephala
1.00
confidence
2
Bupleurum Chinense
1.00
confidence
3
Cynomorium Songaricum
1.00
confidence
4
Ephedra Sinica
1.00
confidence
5
Magnolia Biondii
1.00
confidence
300+
studies
1.00
confidence
7
Panax Notoginseng
1.00
confidence
8
Pinellia Ternata
1.00
confidence
9
Prunus Armeniaca
1.00
confidence
10
Prunus Persica
1.00
confidence
11
Sophora Flavescens
1.00
confidence
498+
studies
1.00
confidence
13
Allium Tuberosum
0.50
confidence
14
Arctium Lappa
0.50
confidence
15
Carthamus Tinctorius
0.50
confidence
16
Cimicifuga Heracleifolia
0.50
confidence
17
Leonurus Japonicus
0.50
confidence
18
Litchi Chinensis
0.50
confidence
19
Smilax Glabra
0.50
confidence
20
Taxillus Chinensis
0.50
confidence
21
Uncaria Rhynchophylla
0.50
confidence

The compounds above were identified through computational analysis of BindingDB binding assay data and PubMed literature for CXCL17 (CXCL17). Confidence scores reflect the strength and breadth of experimental evidence.

Explore related resources: CXCL17 target overview · All biological targets · Biological pathways

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