In silico analysis of sea cucumber bioactive compounds as anti-breast cancer mechanism using autodock vina

Keyphrases

• Bioactive Compounds 100%
• In Silico Analysis 100%
• AutoDock Vina 100%
• Anti-breast Cancer 100%
• Sea Cucumber 100%
• Holothurin 100%
• Cancer Mechanisms 100%
• Raloxifene 75%
• Hydrogen Bonds (H-bonds) 75%
• Cocrystal 75%
• Amino Acid Residues 50%
• Receptor Targets 50%
• Breast Cancer 50%
• Growth Factors 50%
• Positive Control 50%
• Insulin-like 50%
• A1 Receptor 50%
• Hydrophobic Interaction 50%
• Molecular Docking 25%
• Active Compounds 25%
• Progesterone Receptor 25%
• Amino Acids 25%
• Estrogen Receptor 1 (ESR1) 25%
• Anticancer Activity 25%
• Active Sites 25%
• In Silico 25%
• Low Binding Energy 25%
• Cytotoxic Activity 25%
• Anticancer Agents 25%
• Vascular Endothelial Growth Factor Receptor 2 (VEGFR2) 25%
• Triterpene Glycosides 25%
• Anti-breast Cancer Agents 25%
• Marine Natural Products 25%
• Strong Hydrogen Bond 25%
• Fibroblast Growth Factor Receptor 1 (FGFR1) 25%
• Holothuroidea 25%
• Breast Cancer Receptors 25%
• Echinodermata 25%

Pharmacology, Toxicology and Pharmaceutical Science

• Breast Cancer 100%
• Sea Cucumber 100%
• Hydrogen Bond 80%
• Holothurin 80%
• Amino Acid 60%
• Raloxifene 60%
• Receptor 40%
• Somatomedin C Receptor 40%
• Progesterone Receptor 20%
• Natural Product 20%
• Estrogen Receptor Alpha 20%
• Carcinogen 20%
• Triterpene 20%
• Anticarcinogen 20%
• Cytotoxicity 20%
• Glycoside 20%
• Vasculotropin Receptor 2 20%
• Echinoderm 20%
• Fibroblast Growth Factor Receptor 1 20%