来自OryCun2.0供体的兔(Oryctolagus Cuniculus) DNA序列未确认IL4外显子2的移码

R. Mage, M. Mage
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引用次数: 4

摘要

本文是对兔白细胞介素4 (il - 4)外显子2的DNA序列中可能存在的移码的后续研究,该移码是在对两只不同的兔的Th2细胞因子区域序列进行比较研究时发现的。其中一种来自对结核病敏感的Thorbecke菌株,其全基因组在Broad研究所(OryCun2.0)进行了测序,另一种是作为ENCODE项目的一部分研究的正常的NZW兔。如果存在,移码可能导致外显子跳跃并产生IL4δ2蛋白。我们对Thorbecke OryCun2.0供体兔、同一菌株的另一只兔和该地区近亲繁殖的B/J菌株的第三只兔的dna进行了重新测序。这三个序列都与ENCODE ENm002组装区的正常NZW序列相同,因此没有移码。序列信息提交到GenBank,登记号为JQ687218和JX073284。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Sequence of Rabbit (Oryctolagus Cuniculus) DNA from the OryCun2.0 Donor does not Confirm a Frameshift in Exon 2 of IL4
This note follows up on an observation concerning a possible frameshift in the DNA sequence of exon 2 of rabbit interleukin 4 (IL4) made in a comparative study of the rabbit Th2 cytokine region sequences from two different rabbits. One was from the tuberculosis-susceptible Thorbecke strain, whose whole genome was sequenced at Broad Institute (OryCun2.0), and the other a normal NZW rabbit studied as part of the ENCODE project. If present, a frameshift could have resulted in exon skipping and production of IL4δ2 protein. We resequenced DNAs of the Thorbecke OryCun2.0 donor rabbit, another rabbit of the same strain, and a third rabbit of the inbred B/J strain in the region in question. All three had sequences identical to the normal NZW in the ENCODE ENm002 assembly in that region and hence no frameshift. The sequence information was submitted to GenBank and assigned accession numbers JQ687218 and JX073284.
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