AI Article Synopsis

  • * In Russia, researchers first determined the correct amino acid sequences of porcine and bovine beta-lipotropins and collaborated on the nucleotide sequences related to proopiomelanocortin and prolactin.
  • * Genetic engineering efforts led to the creation of human pre-proinsulin and somatostatin producers, identification of genes in pancreatic beta-cells, and discoveries related to genes influencing obesity through alterations in appetite regulation mechanisms.

Article Abstract

Prevalence of uterine progesterone receptors over estrogen ones, high uterine cAMP level, and low uterine prostaglandin level are necessary conditions of normal pregnancy. In cases of spontaneous and antiprogestin RU486-induced abortions, estrogen receptors prevail over progesterone ones, cAMP level decreases, and prostaglandin concentration in decidual tissue increases. Porcine and bovine beta-lipotropines were the first proteins, whose correct amino acid sequence was first determined in Russia. Several research centers carried out collaborative studies of the nucleotide sequences of human and animal proopiomelanocortin (lipotropin precursor) and prolactin cDNA. Researchers constructed genetic engineering producers of human pre-proinsulin and somatostatin, identified structural genes expressed in pancreatic beta-cells, studied antigenic properties of glutamic acid decarboxylase (GAD), which determine insulin-dependent diabetes, and identified the cholesterase determinant. They revealed mutations in the genes of proopiomelanocortin and melanocortin receptors (MC4-P), which inhibit leptin regulation of appetite and are associated with human obesity.

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