Insulin receptor gene mutation: A molecular genetical and funtional analysis
H Makino, M Taira, F Shimada, N Hashimoto, Y Suzuki… - Cellular signalling, 1992 - Elsevier
H Makino, M Taira, F Shimada, N Hashimoto, Y Suzuki, O Nozaki, Y Hatanaka, S Yoshida
Cellular signalling, 1992•ElsevierSTRUCTURE AND FUNCTION OF INSULIN RECEPTOR The insulin receptor structure was
elucidated by the cloning of insulin receptor cDNA by Abbreviations: A kinase----eAMP-
dependent protein kinase; IRS-l--Insulin Receptor Substrate; ISPK--insulinstimulated protein
kinase; MODY--maturity-onset diabetes of the young; NIDDM--non-insulin-dependent
diabetes mellitus; PCR--polymerase chain reaction; PDE--phosphodiesterase; PPIG--type 1
protein phosphatase; RFLPs---restrietion fragment length polymorphisms; SSCP--single …
elucidated by the cloning of insulin receptor cDNA by Abbreviations: A kinase----eAMP-
dependent protein kinase; IRS-l--Insulin Receptor Substrate; ISPK--insulinstimulated protein
kinase; MODY--maturity-onset diabetes of the young; NIDDM--non-insulin-dependent
diabetes mellitus; PCR--polymerase chain reaction; PDE--phosphodiesterase; PPIG--type 1
protein phosphatase; RFLPs---restrietion fragment length polymorphisms; SSCP--single …
STRUCTURE AND FUNCTION OF INSULIN RECEPTOR The insulin receptor structure was elucidated by the cloning of insulin receptor cDNA by
Abbreviations: A kinase----eAMP-dependent protein kinase; IRS-l--Insulin Receptor Substrate; ISPK--insulinstimulated protein kinase; MODY--maturity-onset diabetes of the young; NIDDM--non-insulin-dependent diabetes mellitus; PCR--polymerase chain reaction; PDE--phosphodiesterase; PPIG--type 1 protein phosphatase; RFLPs---restrietion fragment length polymorphisms; SSCP--single strand conformationai polymorphisms.
Elsevier
