RNA EDITING IN Calotropis procera MITOCHONDRIAL NADH-DEHYDROGENASE SUBUNIT 3 GENE

A. Ramadan
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引用次数: 3

Abstract

Nad3 (NADH-dehydrogenase subunit 3) gene from genomic (accession no. KP171516) and cDNA (accession no. KP171517) was identified in desert plant Calotropis procera using RNA seq and DNA seq data. A number of cytosines are altered to be recognized as uridines in transcripts of the nad3 locus in mitochondria. The nucleotide modifications were found at 11 different nucleotide positions (nucleotide no. 44, 62, 80, 209, 215,230, 247, 266, 275, 317 and 349) within the nad3 coding region. Heterogeneous RNA editing in C. procera nad3 RNA was not detected in this study. These alterations in the mRNA sequence change codon identities to specify 11 amino acids. The alteration in nucleotides leads to codons alteration specifying different amino acids, the common being proline to leuciene (P-L). Other changes were serine to leucine (S-L), serine to phenylalanine (S-F), proline to serine and arginine to tryptophan (R-W). These alterations are common in mitochondrial nad3 gene of most plant species with few differences according to the properties of the amino acids involved.
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线粒体nadh -脱氢酶亚基3基因的RNA编辑
Nad3 (nadh -脱氢酶亚基3)基因来自基因组(登记号:KP171516)和cDNA(加入号:利用RNA测序和DNA测序数据,从荒漠植物卡罗tropis procera中鉴定出KP171517)。在线粒体nad3位点的转录本中,许多胞嘧啶被改变为尿嘧啶。在11个不同的核苷酸位置发现了核苷酸修饰(核苷酸no.;44、62、80、209、215,230、247、266、275、317和349)在nad3编码区内。本研究未发现C. procera nad3 RNA的异质RNA编辑。这些mRNA序列的改变改变了密码子身份,从而指定了11个氨基酸。核苷酸的改变导致密码子改变,指定不同的氨基酸,常见的是脯氨酸到亮氨酸(P-L)。其他变化为丝氨酸转化为亮氨酸(S-L),丝氨酸转化为苯丙氨酸(S-F),脯氨酸转化为丝氨酸,精氨酸转化为色氨酸(R-W)。这些改变在大多数植物的线粒体nad3基因中是常见的,根据所涉及的氨基酸的性质差异不大。
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