翻訳と辞書
Words near each other
・ MiR-338
・ Mir-339 microRNA precursor family
・ Mir-34 microRNA precursor family
・ Mir-340 microRNA precursor family
・ Mir-344 microRNA precursor family
・ Mir-345 microRNA precursor family
・ Mir-346 microRNA precursor family
・ Mir-350 microRNA precursor family
・ Mir-351 microRNA precursor family
・ Mir-361 microRNA precursor family
・ Mir-363 microRNA precursor family
・ Mir-365 microRNA precursor family
・ Mir-367 microRNA precursor family
・ Mir-370 microRNA precursor family
・ Mir-374 microRNA precursor family
Mir-375
・ Mir-383 microRNA precursor family
・ Mir-384 microRNA precursor family
・ Mir-390 microRNA precursor family
・ Mir-394 microRNA precursor family
・ Mir-395 microRNA precursor family
・ Mir-396 microRNA precursor family
・ Mir-397 microRNA precursor family
・ Mir-398 microRNA precursor family
・ Mir-399 microRNA precursor family
・ Mir-403 microRNA precursor family
・ Mir-408 microRNA precursor family
・ Mir-42 microRNA precursor family
・ Mir-423 microRNA precursor family
・ Mir-425 microRNA precursor family


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Mir-375 : ウィキペディア英語版
Mir-375

In molecular biology miR-375 microRNA is a short RNA molecule. MicroRNAs (miRNAs) are small (18-25 nucleotides), non-coding RNAs that regulate genes post-transcriptionally by inhibiting translation and/or causing mRNA degradation. miR-375 is found on human chromosome 2 in between the CRYBA2 and CCDC108 genes.
miR-375 is specifically expressed in the pancreatic islets and brain. miR-375 was one of the first miRNAs identified in the pancreas (Poy et al, 2004), and remains one of the best characterised in terms of function. It is expressed in the pancreas and pituitary gland, organs linked by their role in hormone secretion, and expression levels increase during pancreas organogenesis. Loss-of-function studies showed that miR-375 is essential for β-cell formation in zebrafish (Kloosterman et al, 2007). miR-375 knockout mice have decreased numbers of β-cells and increased numbers of α-cells. The increase in glucagon levels, combined with the reduction in insulin levels, results in hyperglycaemia. This shows the importance of miR-375 in the establishment of normal pancreatic cell mass through the targeting of a group of genes which control cellular growth and proliferation in the developing pancreas (Poy et al, 2009). Further evidence for the involvement of miR-375 in pancreas development includes the fact that its expression is regulated by several transcription factors important in pancreatic development and function, including HNF6, INSM1, NGN3, NEUROD1, and PDX-1 (Keller et al, 2007).
==Role in cancer==
miR-375 has been implicated in a number of different cancers including breast and gastric cancer. It has been used in miR fluorescence in situ hybridization to distinguish Merkel cell polyomavirus-positive Merkel cell carcinoma from other common skin cancers.

抄文引用元・出典: フリー百科事典『 ウィキペディア(Wikipedia)
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