Characterization, Tissue-Specific and Developmental Stage Expression of Somatostatin in Coilia nasus
Characterization, Tissue-Specific and Developmental Stage Expression of Somatostatin in Coilia nasus
Siyu Yang1, Fukuan Du2 and Pao Xu1,2*
ABSTRACT
Estuarine tapertail anchovy (Coilia nasus) is a rare and endangered species and also an important resource with high economic value. Somatostatin (SS) is a neuropeptide family which effects growth, development and metabolism. In this study, full-length of one type of SS cDNA from C. nasus was synthesized, cloned and sequenced. This SS cDNA encodes a protein with 114 amino acids that contains the SS14 sequence at its C-terminus. This putative peptide is identical to that generated by the SS1 gene in other vertebrates. Tissue distribution of C. nasus SS1 mRNA was analyzed by real-time polymerase chain reaction (PCR), which demonstrated high expression level in the brain. During embryogenesis, SS1 mRNA was detected during early-stage embryonic development, decreased during subsequent developmental stages then increased gradually from the stage of midgastrula onward. This study provides some basic evidence that SS1 may play a role in growth, development and metabolism in C. nasus, and provides a basis for further study of SS neuropeptide family in C. nasus.
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