ABNORMAL PHOSPHORYLATION OF MYPT1 AT T855 & T697 SITES IS ASSOCIATED WITH DYSFUNCTIONAL MYOGENIC CONSTRICTION TO INTRAVASCULAR PRESSURE IN CEREBRAL ARTERIOLES OF 8-10 WEEK GOTO-KAKIZAKI RATS

Khaled S. Abd-Elrahman,Emma J. Walsh,Michael P. Walsh,William C. Cole

ABNORMAL PHOSPHORYLATION OF MYPT1 AT T855 & T697 SITES IS ASSOCIATED WITH DYSFUNCTIONAL MYOGENIC CONSTRICTION TO INTRAVASCULAR PRESSURE IN CEREBRAL ARTERIOLES OF 8-10 WEEK GOTO-KAKIZAKI RATS

2014

Khaled S. Abd-Elrahman
Emma J. Walsh
Michael P. Walsh
William C. Cole

s S163 214 FUNCTIONAL ENHANCEMENT OF CIRCULATING ANGIOGENIC CELLS CULTURED ON A COLLAGEN BIOMATERIAL USING THE CCN1 MATRICELLULAR PROTEIN A T M B McNeill, B Vulesevic, A Ostojic, M Ruel, EJ Suuronen

Keywords:

Phosphorylation
Cardiology
Diabetes mellitus
Matricellular protein
Internal medicine
Medicine
Constriction
Endocrinology
Anatomy
goto kakizaki

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