[Frontiers in Bioscience 7, d650-658, March 1, [removed]STRUCTURAL INTERACTION BETWEEN RYRs AND DHPRs IN CALCIUM RELEASE UNITS OF CARDIAC AND SKELETAL MUSCLE CELLS Feliciano Protasi Department of Anesthesia Research, Brigh

Source URL: www.bioscience.org

• Ion channels
• Membrane biology
• Electrophysiology
• Integral membrane proteins
• Ryanodine receptor
• Triad
• Voltage-dependent calcium channel
• RYR1
• RYR3
• Biology
• Anatomy
• Muscular system

Clinical outcomes after treatment of multiple lesions with zotarolimus-eluting versus sirolimus-eluting coronary stents (a SORT OUT III substudy)

Source URL: www.ncbi.nlm.nih.gov

• Population genetics
• Ion channels
• Genetic genealogy
• Classical genetics
• Cardiovascular diseases
• RYR3
• Atherosclerosis
• Intima-media thickness
• Haplotype
• Biology
• Genetics
• Circulatory system

www.biochemj.org Biochem. J[removed], 89–96 (Printed in Great Britain)

Source URL: www.biochemj.org

• Integral membrane proteins
• Chemistry
• Membrane biology
• Ryanodine receptor
• Imperatoxin
• RYR3
• RYR1
• Calcium channel
• Ryanodine
• Biology
• Ion channels
• Electrophysiology

Microsoft Word - RYR3-BEN.RTF

Source URL: www.razonyrevolucion.org.ar

PDF Document

Source URL: pharmrev.aspetjournals.org

• Chemistry
• Muscular system
• Ryanodine receptor
• Membrane biology
• RYR3
• Triad
• Ryanodine
• RYR1
• Excitation-contraction coupling
• Biology
• Anatomy
• Ion channels