Identification of potential genes in upper tract urothelial carcinoma using next-generation sequencing with bioinformatics and in vitro analyses

Medicine & Life Sciences

• High-Throughput Nucleotide Sequencing 78%
• Computational Biology 76%
• Carcinoma 53%
• In Vitro Techniques 35%
• Genes 32%
• Gene Expression 30%
• MicroRNAs 25%
• Neoplasms 13%
• Kidney Pelvis 12%
• Cell Line 12%
• Reverse Transcriptase Polymerase Chain Reaction 10%
• Taiwan 10%
• Tumor Suppressor Genes 10%
• Urinary Bladder Neoplasms 9%
• Urinary Bladder 8%
• Mucous Membrane 8%
• Datasets 8%
• Real-Time Polymerase Chain Reaction 8%
• Binding Sites 7%
• Western Blotting 6%
• Biomarkers 6%
• Databases 6%
• Muscles 6%
• Messenger RNA 5%
• Proteins 3%

Agriculture & Biology

• carcinoma 85%
• bioinformatics 77%
• neoplasms 31%
• microRNA 30%
• gene expression 30%
• genes 28%
• urinary bladder neoplasms 15%
• cell lines 15%
• tumor suppressor genes 14%
• tissues 13%
• pelvis 13%
• Taiwan 10%
• in vitro studies 9%
• messenger RNA 9%
• mucosa 9%
• biomarkers 9%
• Western blotting 8%
• binding sites 8%
• reverse transcriptase polymerase chain reaction 7%
• protein synthesis 7%
• kidneys 7%
• muscles 6%
• methodology 5%
• cells 3%

Chemical Compounds

• MicroRNA 100%
• Messenger RNA 35%
• Biological Marker 24%
• Marker 23%
• Binding Site 19%
• Protein 11%