Novel pathophysiological functions of Na⁺,K⁺-ATPases and Cl⁻ channels in cancer cells

Keyphrases

• Na + 100%
• Cancer Cells 100%
• In Cancer 100%
• Cl Channel 100%
• Pathophysiological Function 100%
• K-ATPase 100%
• Volume-regulated Anion Channel 66%
• Cardiac Glycosides 50%
• Signaling Pathway 33%
• Translocated 16%
• Receptor Subtypes 16%
• Plasma Membrane 16%
• Cisplatin 16%
• Cell Volume 16%
• Cell Survival 16%
• Na+-K+ ATPase 16%
• Cancer Development 16%
• Cancer Cell Proliferation 16%
• Actin Filaments 16%
• Deceleration 16%
• Membrane Potential 16%
• Micromolar Concentration 16%
• Catalytic Subunit 16%
• Channel Activity 16%
• Intracellular Vesicles 16%
• Membrane Microdomains 16%
• Anchorage 16%
• Avoidance Mechanism 16%
• Cancer Medicines 16%
• Cell Detachment 16%
• Cell Death Signaling 16%
• Anoikis 16%

Biochemistry, Genetics and Molecular Biology

• Cancer Cell 100%
• Chloride Channel 100%
• Cardiac Glycoside 42%
• Signal Transduction 28%
• Isoform 28%
• Cell Membrane 14%
• ATPase 14%
• Cell Proliferation 14%
• Cell Death 14%
• Actin 14%
• Membrane Potential 14%
• Cell Survival 14%
• Cisplatin 14%
• Enzyme Active Site 14%
• Membrane Microdomain 14%
• Deceleration 14%
• Anoikis 14%
• Cell Volume 14%