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Re-annotation of the Theileria parva genome refines 53 of the proteome and uncovers essential components of N-glycosylation a conserved pathway in many organisms

机译:泰勒虫小体基因组的重新注释完善了53%的蛋白质组并揭示了N-糖基化的基本成分N-糖基化是许多生物中的保守途径

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摘要

Manual gene model curation examples. Several tracks are shown: updated gene model (beige background), original (2005) gene annotation (grey background), RNAseq data (white background), transcript assembly (dark green, on green background), and EVM predictions (orange, on green background). A new gene discovered on the basis of RNAseq data (TpMuguga_03g02005). A case where two genes in the 2005 annotation merge in the new annotation on the basis of RNAseq read coverage (TpMuguga_04g02435). A case where a gene in the 2005 annotation has been split into two genes in the new annotation (TpMuguga_04g02190 and TpMuguga_04g02185). A case where a gene has been reversed in orientation on the basis of RNAseq data (TpMuguga_02g02095). A case where overlapping genes led to ambiguity in UTR coordinates, and so the UTRs were not defined in this intergenic region (TpMuguga_01g00527 and TpMuguga_01g00528). A case of a single gene where alternative splicing exists (as seen by significant read coverage in at least one intronic region), but there is one most prevalent isoform (TpMuguga_03g00622). A case of two genes that overlap by coding sequences. Coding exons are colored by reading frame (TpMuguga_05g00017 and TpMuguga_05g00018)
机译:手动基因模型管理实例。显示了几个轨迹:更新的基因模型(米色背景),原始的(2005年)基因注释(灰色背景),RNAseq数据(白色背景),转录本装配(深绿色,绿色背景)和EVM预测(橙色,绿色)背景)。根据RNAseq数据(TpMuguga_03g02005)发现了一个新基因。 2005年注释中的两个基因根据RNAseq读取覆盖率(TpMuguga_04g02435)合并到新注释中的情况。将2005年注释中的一个基因拆分为新注释中的两个基因的情况(TpMuguga_04g02190和TpMuguga_04g02185)。根据RNAseq数据(TpMuguga_02g02095)反转了基因方向的情况。重叠基因导致UTR坐标含糊的情况,因此在该基因间区域中未定义UTR(TpMuguga_01g00527和TpMuguga_01g00528)。一个存在替代剪接的单基因病例(至少在一个内含子区域有明显的阅读覆盖),但是有一个最普遍的同种型(TpMuguga_03g00622)。两个基因通过编码序列重叠的情况。编码外显子通过阅读框着色(TpMuguga_05g00017和TpMuguga_05g00018)

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