Two Tandemly Arrayed Transfer-RNA-Derived SINEs of the Medaka (Oryzias latipes )
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- 作者：" href="/content/?Author=Naoko+Amano%3cORF+RID%3d%22A1%22%3e">Naoko Amano ; " href="/content/?Author=Haruko+Takeyama%3cORF+RID%3d%22A1%22%3e">Haruko Takeyama ; " href="/content/?Author=Takehiko+Kusama%3cORF+RID%3d%22A2%22%3e">Takehiko Kusama ; " href="/content/?Author=Mitsuru+Sakaizumi%3cORF+RID%3d%22A3%22%3e">Mitsuru Sakaizumi ; " href="/content/?Author=Takashi+Oshiro%3cORF+RID%3d%22A2%22%3e">Takashi Oshiro and " href="/content/?Author=Tadashi+Matsunaga%3cORF+RID%3d%22A1%22%3e">Tadashi Matsunaga
- 刊名：Marine Biotechnology
- 出版时间：July 2000
- 出版年：2000
- 期刊代码：95_1436-2228
- 类别：ear
- 卷：2
- 期：4
- 页码：399-403
- 数据来源：sp
摘要
: Two tandemly arrayed short interspersed repetitive element (SINE) sequences were found in medaka (Oryzias latipes). These two SINE sequences, designated SINE1 and SINE2, were flanked by a 180-bp AT-rich region. Both appeared to be derived from transfer RNA. The former exhibited 80%sequence homology to human tRNAAla and the latter exhibited 94%sequence homology to rat tRNASer. SINE1 contained the retroviral U5 region, whereas SINE2 did not. This is the first sequence-level demonstration of the existence of neighboring SINEs in medaka.