Update README.md

README.md

@@ -13,24 +13,31 @@ size_categories:
 - 1K<n<10K
 ---
 
-🎯 Dataset Summary
+🎯 **Dataset Summary**
 
-The Therapeutic Targets & Genomic Loci Database is a curated set of 1,000 biological targets bridging genomics and pharmacology. Each record is mapped to standard genomic identifiers (NCBI Gene ID, Ensembl Gene ID) and precise chromosomal locations, supporting target identification workflows, multi-omics integration, and cross-species translational research.
+A drug target reference database covering 2,000 biological targets with cross-database identifier mapping and drug association counts. Designed for target-centric drug discovery and multi-omics integration.
 
-🚀 Key Features
+**🚀 Key Features**
 
-•
-Standardized Genomic IDs: Cross-referenced with ncbi_gene_id and ensembl_gene_id.
+- **Cross-Database IDs:** Each target links UniProt, NCBI Gene ID, Ensembl Gene ID, and RefSeq accessions (nucleotide and protein).
+- **Multilingual Names & Aliases:** `target_name` and `alias` support both English gene symbols and Chinese nomenclature.
+- **Drug Count:** `drug_count` provides a quick measure of target druggability based on associated compounds.
 
-•
-Precise Localization: Includes chromosomal_location, locus_type, and locus_group for spatial genomic analysis.
+**💻 Quick Start & MCP Integration**
 
-•
-Organism Specificity: Tracks organisms associated with each target for cross-species translational research.
+```python
+from datasets import load_dataset
 
-💻 Quick Start & MCP Integration
-
-Empower your bioinformatics Agents with real-time target resolution using our Bioinformatics Target MCP Tool on GitHub.
+dataset = load_dataset("your-org/drug-targets", split="train")
+record = dataset[0]
+en_name = next(n["name"] for n in record["target_name"] if n["lang"] == "EN")
+print(en_name)
+# Output: 'solute carrier family 37 member 4'
+print(record["uniprot_id"])
+# Output: ['O43826']
+print(record["drug_count"])
+# Output: 1
+```
 
 ## 🔗 Resources
 - **Developer Portal**: [open.patsnap.com](https://open.patsnap.com)