HeLa cytotoxicity

Uses

How it works

Evidence quality

Highlighted claims

• The HeLa cell line is used as a model for studying cancer survival and proliferation pathways. — In silico study on the cytotoxicity against Hela cancer cells of xanthones bioactive compounds from Garcinia cowa: QSAR based on Graph Deep Learning, Network Pharmacology, and Molecular Docking
• The study addresses a gap between known xanthone bioactivity and mechanistic target-level understanding of HeLa cytotoxicity. — In silico study on the cytotoxicity against Hela cancer cells of xanthones bioactive compounds from Garcinia cowa: QSAR based on Graph Deep Learning, Network Pharmacology, and Molecular Docking
• The central hypothesis is that Garcinia cowa xanthones exert HeLa cytotoxicity through specific cancer-related targets and pathways. — In silico study on the cytotoxicity against Hela cancer cells of xanthones bioactive compounds from Garcinia cowa: QSAR based on Graph Deep Learning, Network Pharmacology, and Molecular Docking
• The most plausible anti-HeLa activity is proposed for compounds combining cytotoxicity data, target connectivity, QSAR agreement, and docking strength. — In silico study on the cytotoxicity against Hela cancer cells of xanthones bioactive compounds from Garcinia cowa: QSAR based on Graph Deep Learning, Network Pharmacology, and Molecular Docking