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[Somatostatin and its receptors].

Yuichiro Yamada, Yutaka Seino

Open publisher page 24 citations

Abstract

Somatostatin-14 and somatostatin-28 are derived from the same peptide, prosomatostatin by the post-translational modification and make a somatostatin family. Recent advance in molecular biology has revealed that somatostatin receptors also constitute a family of structurally-related proteins. The members of the somatostatin receptor family are SSTR1-5, which have different expression pattern, pharmacological characterization and coupling with intracellular second messenger systems. Efficacy of SMS 201-995, a clinically available somatostatin analog, against endocrine tumors seems to be correlated with expression of SSTR2 which has a high affinity for SMS 201-995. Cloning of somatostatin receptors will further facilitate development and application of somatostatin analogs in diagnosis and treatment of tumors.

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What this paper is about

Somatostatin-14 and somatostatin-28 are derived from the same peptide, prosomatostatin by the post-translational modification and make a somatostatin family. Recent advance in molecular biology has revealed that somatostatin receptors also constitute a family of structurally-related proteins. The members of the somatostatin receptor family are SSTR1-5, which have different expression pattern, pharmacological characterization and coupling with intracellular second messenger systems. Efficacy of SMS 201-995, a clinically available somatostatin analog, against endocrine tumors seems to be correlated with expression of SSTR2 which has a high affinity for SMS 201-995. Cloning of somatostatin receptors will further facilitate development and application of somatostatin analogs in diagnosis and treatment of tumors.

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OpenAlex reports 24 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Somatostatin-14 and somatostatin-28 are derived from the same peptide, prosomatostatin by the post-translational modification and make a somatostatin family. Recent advance in molecular biology has revealed that somatostatin receptors also constitute a family of structurally-related proteins. The members of the somatostatin receptor family are SSTR1-5, which have different expression pattern, pharmacological characterization and coupling with intracellular second messenger systems. Efficacy of SMS 201-995, a clinically available somatostatin analog, against endocrine tumors seems to be correlated with expression of SSTR2 which has a high affinity for SMS 201-995. Cloning of somatostatin receptors will further facilitate development and application of somatostatin analogs in diagnosis and treatment of tumors.

Key concepts: Somatostatin receptor 1, Somatostatin, Somatostatin receptor 2, Somatostatin receptor, Somatostatin receptor 3, Receptor, Chemistry, Biology

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