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BiohacksAI/Compounds/Thiamphenicol
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Thiamphenicol

300+ PubMed studies analyzed · BiohacksAI corpus v20260307-01

Thiamphenicol 2D molecular structure
PubMed Studies
300+
Targets
4
Pathways
10
Molecular Targets
CYP2C19TDP1CYP2D6DRD3

Molecular targets identified in BiohacksAI corpus. Click to explore all compounds affecting each target.

Biological Pathways
MITOCHONDRIASTEM_CELLSOXIDATIVE_STRESSINFLAMMATIONCORTISOL_STRESSSENESCENCEAMPKGUT_MICROBIOMEGLUCOSE_METABOLISMIMMUNE_FUNCTION

Biological pathways associated with Thiamphenicol based on target analysis.

Biological Mechanisms
PGC-1αMitochondrial BiogenesisNRF2Nrf2NF-κBNF-κBHPAHPA AxisAMPKAMPKNLRP3NLRP3 Inflammasome

Biological mechanisms activated or modulated by Thiamphenicol based on pathway and target analysis.

Health Goals
Energy →Endurance →Longevity →Neuroprotection →Inflammation →

Health goals where Thiamphenicol ranks among evidence-based compounds in the BiohacksAI corpus.

Related Conditions
Chronic Fatigue →Parkinson's →Chronic Inflammation →Alzheimer's →Arthritis →

Health conditions associated with the biological pathways influenced by Thiamphenicol.

External References
PubChem CID 27200 →300 PubMed studies →
Similar Compounds

Explore compounds with similar target profiles and pathway overlap.

Find similar compounds to Thiamphenicol →
Data Source
Corpusv20260307-01
PubMed studies300
PubChem CID27200
SourcePubMed / NCBI · ChEMBL · Reactome · PubChem

All data is computationally derived from published research. Molecular structure images from PubChem (public domain). Not medical advice. Independent validation required.

This compound profile for Thiamphenicol is generated from 300 PubMed-indexed studies. Key molecular targets include CYP2C19, TDP1, CYP2D6. Associated biological pathways: MITOCHONDRIA, STEM_CELLS, OXIDATIVE_STRESS. BiohacksAI does not provide medical advice. Consult a healthcare professional before starting any supplement regimen.