Ivermectin-induced programmed cell death and disruption of mitochondrial membrane potential in bovine mammary gland epithelial cells

Agriculture & Biology

• ivermectin 76%
• programmed cell death 71%
• mitochondrial membrane 67%
• mammary glands 64%
• membrane potential 63%
• epithelial cells 55%
• cattle 38%
• antiparasitic agents 9%
• antineoplastic activity 9%
• avermectins 9%
• veterinary drugs 9%
• cell cycle checkpoints 9%
• ruthenium red 9%
• calcium signaling 8%
• pharmacokinetics 6%
• mitosis 6%
• cells 6%
• cell death 6%
• cell viability 6%
• cell proliferation 6%
• homeostasis 6%
• dairy cows 6%
• lactation 5%
• ions 5%
• fermentation 4%
• calcium 4%
• metabolism 4%

Medicine & Life Sciences

• Ivermectin 86%
• Human Mammary Glands 70%
• Mitochondrial Membrane Potential 67%
• Cattle 51%
• Epithelial Cells 45%
• Apoptosis 38%
• avermectin 11%
• Veterinary Drugs 11%
• 1,2-bis(2-aminophenoxy)ethane N,N,N',N'-tetraacetic acid acetoxymethyl ester 10%
• Ruthenium Red 9%
• Antiparasitic Agents 9%
• G1 Phase Cell Cycle Checkpoints 9%
• G2 Phase 7%
• Lactation 7%
• Fermentation 7%
• Cell Division 6%
• Ions 5%
• Signal Transduction 5%
• Cell Survival 5%
• Cell Death 5%
• Pharmacokinetics 5%
• Homeostasis 5%
• Calcium 4%
• Cell Proliferation 4%

Chemical Compounds

• Ivermectin 100%
• Membrane Potential 69%
• Cell Death 68%
• Antiparasitic Agent 12%
• Avermectin 12%
• Ruthenium Red 11%
• Veterinary Drug 11%
• Calcium Ion 8%
• Antiproliferative 7%
• Cell Viability 7%
• Fermentation 7%
• Pharmacological Metabolism 6%
• Pharmacokinetics 6%