Identification of two subtypes in the rat type I angiotensin II receptor
N Iwai, T Inagami - FEBS letters, 1992 - Elsevier
N Iwai, T Inagami
FEBS letters, 1992•ElsevierA rat adrenal cDNA library was screened by colony hybridization using a rat cDNA fragment
of type I angiotensin II receptor (ATIA) previously isolated from the kidney. Two cDNA clones
were identified, designated as AT1B, to have a nucleotide sequence highly homologous to
and yet distinct from AT1A. The amino acid sequence of AT1B consists of 359 amino acid
residues and has 96% identity with AT1A. No conspicuous difference in the ligand binding
characteristics was observed between AT1A and AT1B. The mRNA for AT1B was expressed …
of type I angiotensin II receptor (ATIA) previously isolated from the kidney. Two cDNA clones
were identified, designated as AT1B, to have a nucleotide sequence highly homologous to
and yet distinct from AT1A. The amino acid sequence of AT1B consists of 359 amino acid
residues and has 96% identity with AT1A. No conspicuous difference in the ligand binding
characteristics was observed between AT1A and AT1B. The mRNA for AT1B was expressed …
Abstract
A rat adrenal cDNA library was screened by colony hybridization using a rat cDNA fragment of type I angiotensin II receptor (ATIA) previously isolated from the kidney. Two cDNA clones were identified, designated as AT1B, to have a nucleotide sequence highly homologous to and yet distinct from AT1A. The amino acid sequence of AT1B consists of 359 amino acid residues and has 96% identity with AT1A. No conspicuous difference in the ligand binding characteristics was observed between AT1A and AT1B. The mRNA for AT1B was expressed in many tissues as is the case with AT1A, and most abundantly expressed in the adrenal glands in the Sprague—Dawley rats. The existence of two subtypes in the rat type I anglotensin II receptor might explain the diverse actions of angiotensin II in various tissues.
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