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Every herb, ingredient, formula, gene target, and disease — connected through real research. Search, pick a subject, and navigate the graph in any direction.

Plus 6,743 TCM formulas connecting herbs together
🧬 Gene Target

CTSD

0
Clinical Trials
0
Meta-Analyses
2
PubMed References
📋 Sample Trials
None linked yet.
📊 Sample Meta-Analyses
None linked yet.
📚 Sample References
PMID 31204557
Glucosamine promotes hepatitis B virus replication through its dual effects in suppressing autophagic degradation and inhibiting MTORC1 signaling
Autophagy · 2020
PMID 33111362
Ligustilide alleviates neurotoxicity in SH-SY5Y cells induced by Aβ25-35 via regulating endoplasmic reticulum stress and autophagy
Phytother Res · 2021
🧬 All Gene Target data fields for CTSD
🧬 Identity
Gene Symbol
CTSD
Gene Aliases
CLN10; CPSD; HEL-S-130P
Protein Name
cathepsin D
Gene Type
protein-coding
TTD Target Type
Clinical Trial target
📍 Location
Organism
Homo sapiens
Taxonomy ID
9606
Chromosome
11
Map Location
11p15.5
🔗 External References
🔍 Raw view — every non-empty column on this row (28 fields)
name
CTSD
gene symbol
CTSD
gene alias name
CLN10; CPSD; HEL-S-130P
protein name
cathepsin D
type of gene
protein-coding
ttd target type
Clinical Trial target
organism
Homo sapiens
taxonomy id
9606
map location
11p15.5
chromosome
11
entrez id
1509
omim id
116840
hgnc id
2529
ensembl id
ENSG00000117984
ttd id
T67102
target id str
HBTAR000927
tcmsp target id
363

🌿 Related Herbs

1 · contains this compound

⚗️ Related Ingredients

1 · compounds in this herb

🏥 Linked Health Topics

2 · diseases via target pathways

📚 PubMed References

2 · cited research
PMID 31204557 Glucosamine promotes hepatitis B virus replication through its dual effects in s
Autophagy
PMID 33111362 Ligustilide alleviates neurotoxicity in SH-SY5Y cells induced by Aβ25-35 via reg
Phytother Res
How relationships are computed
  • Clinical Trials / Meta-Analyses / References: direct foreign-key link via subject_entity_id (Phase 2d wireup)
  • Formula ↔ Herbs: text bridge via formulas.herbs_in_pinyin matching herbs.pinyin_name
  • Herb ↔ Ingredient: ACTIVE — direct link via herb_ingredients
  • Ingredient ↔ Target: ACTIVE — direct link via ingredient_targets
  • Target ↔ Disease: ACTIVE — direct link via target_health_topics
  • Herb → Target → Disease (full chemical spine): ACTIVE — joins all three link tables