The epigenome is a molecular marking system that controls gene expression without altering the DNA sequence.

Image credit: Dreamstime观是在不改变DNA序列的前提下控制达的分子标记系统。

Furthermore, PTP1B deletion significantly reduced gene expression of 3 1-adrenergic receptor subtypes, consistent with blunted constriction to phenylephrine.

此PTP1B明显减少31-肾上腺受体亚型达，与对苯福林收反应迟钝有关。

This kidney atlas allowsa comprehensive analysis of the progression of gene expression states during nephrogenesis, as well as discovery of potential growth factor-receptor interactions.

图谱使得全面分析肾脏发生过程中达状态的发展变得可能，除此之，作者示它还有助于发现潜在的生长子-受体相互作用。

Alternatively, a new version of a gene can also be created through reverse transcription: during gene expression, the mRNA is copied back into a sequence of DNA that is inserted into the genome.

其二，新的复本也可能透过反转录作用，将现出来的mRNA反转录成DNA序列，再插回组内，这种现象称为反转录移位（retrotransposition），发生在细胞内称为长散布核子（LINE）的转位子活动时。

The epigenome is a molecular marking system that controls gene expression without altering the DNA sequence.

Image credit: Dreamstime表观基是在不改变DNA序列的前提下控制基表达的分标记系统。

Furthermore, PTP1B deletion significantly reduced gene expression of 3 1-adrenergic receptor subtypes, consistent with blunted constriction to phenylephrine.

此外PTP1B缺乏明显减少31-肾上腺受体亚型基表达，与对苯福林收反应迟钝有关。

This kidney atlas allowsa comprehensive analysis of the progression of gene expression states during nephrogenesis, as well as discovery of potential growth factor-receptor interactions.

图谱使得全面分析肾脏发生过程中基表达状态的发展变得可能，除此之外，作者表示它还有助于发现潜在的生-受体相互作用。

Alternatively, a new version of a gene can also be created through reverse transcription: during gene expression, the mRNA is copied back into a sequence of DNA that is inserted into the genome.

其二，新的基复本也可能透过反转录作用，将基表现出来的mRNA反转录成DNA序列，再插回基组内，这种现象称为反转录移位（retrotransposition），发生在细胞内称为散布核（LINE）的转位活动时。

The epigenome is a molecular marking system that controls gene expression without altering the DNA sequence.

Image credit: Dreamstime表观是在不改变DNA序列的前提下控表达的分子标记系统。

Furthermore, PTP1B deletion significantly reduced gene expression of 3 1-adrenergic receptor subtypes, consistent with blunted constriction to phenylephrine.

外PTP1B缺乏明显减少31-肾上腺受体亚型表达，与对苯福林收反应迟钝有关。

This kidney atlas allowsa comprehensive analysis of the progression of gene expression states during nephrogenesis, as well as discovery of potential growth factor-receptor interactions.

图谱使得全面分析肾脏发生过程中表达状态的发展变得可能，外，作者表示它还有助于发现潜在的生长子-受体相互作用。

Alternatively, a new version of a gene can also be created through reverse transcription: during gene expression, the mRNA is copied back into a sequence of DNA that is inserted into the genome.

其二，新的复本也可能透过反转录作用，将表现出来的mRNA反转录成DNA序列，再插回组内，这种现象称为反转录移位（retrotransposition），发生在细胞内称为长散布核子（LINE）的转位子活动时。

The epigenome is a molecular marking system that controls gene expression without altering the DNA sequence.

Image credit: Dreamstime观是在不改变DNA序列的前提下控制达的分子标记系统。

Furthermore, PTP1B deletion significantly reduced gene expression of 3 1-adrenergic receptor subtypes, consistent with blunted constriction to phenylephrine.

此外PTP1B缺乏明显减少31-肾上腺受体亚型达，与对苯福林收反应迟钝有关。

This kidney atlas allowsa comprehensive analysis of the progression of gene expression states during nephrogenesis, as well as discovery of potential growth factor-receptor interactions.

图谱使得全面分析肾脏发生过程中达状态的发展变得可能，除此之外，作者示它还有助于发现潜在的生长子-受体相互作用。

Alternatively, a new version of a gene can also be created through reverse transcription: during gene expression, the mRNA is copied back into a sequence of DNA that is inserted into the genome.

其二，新的复本也可能透过反转录作用，将现出来的mRNA反转录成DNA序列，再插回组内，这种现象称为反转录移位（retrotransposition），发生在细胞内称为长散布核子（LINE）的转位子活动时。

The epigenome is a molecular marking system that controls gene expression without altering the DNA sequence.

Image credit: Dreamstime表观基因是在不改变DNA序列的前提下控制基因表达的分子标记系统。

Furthermore, PTP1B deletion significantly reduced gene expression of 3 1-adrenergic receptor subtypes, consistent with blunted constriction to phenylephrine.

此外PTP1B缺乏明31-肾上腺受体亚型基因表达，与对苯福林收反应迟钝有关。

This kidney atlas allowsa comprehensive analysis of the progression of gene expression states during nephrogenesis, as well as discovery of potential growth factor-receptor interactions.

图谱使得全面分析肾脏发中基因表达状态的发展变得可能，除此之外，作者表示它还有助于发现潜在的长因子-受体相互作用。

Alternatively, a new version of a gene can also be created through reverse transcription: during gene expression, the mRNA is copied back into a sequence of DNA that is inserted into the genome.

其二，新的基因复本也可能透反转录作用，将基因表现出来的mRNA反转录成DNA序列，再插回基因组内，这种现象称为反转录移位（retrotransposition），发在细胞内称为长散布核因子（LINE）的转位子活动时。

The epigenome is a molecular marking system that controls gene expression without altering the DNA sequence.

Image credit: Dreamstime表观基因是在不改变DNA序列的前提下控制基因表达的分子标记系统。

Furthermore, PTP1B deletion significantly reduced gene expression of 3 1-adrenergic receptor subtypes, consistent with blunted constriction to phenylephrine.

此外PTP1B缺乏明显减少31-肾上腺受体亚型基因表达，与对苯钝有关。

This kidney atlas allowsa comprehensive analysis of the progression of gene expression states during nephrogenesis, as well as discovery of potential growth factor-receptor interactions.

图谱使得全面分析肾脏发生过程中基因表达状态的发展变得可能，除此之外，作者表示它还有助于发现潜在的生长因子-受体相互作用。

Alternatively, a new version of a gene can also be created through reverse transcription: during gene expression, the mRNA is copied back into a sequence of DNA that is inserted into the genome.

其二，新的基因复本也可能透过转录作用，将基因表现出来的mRNA转录成DNA序列，再插回基因组内，这种现象称为转录移位（retrotransposition），发生在细胞内称为长散布核因子（LINE）的转位子活动时。

The epigenome is a molecular marking system that controls gene expression without altering the DNA sequence.

Image credit: Dreamstime表观基因是在不改变DNA序列的前提下控制基因表的分子标记。

Furthermore, PTP1B deletion significantly reduced gene expression of 3 1-adrenergic receptor subtypes, consistent with blunted constriction to phenylephrine.

外PTP1B缺乏明显减少31-肾上腺受体亚型基因表，与对苯福林收反应迟钝有关。

This kidney atlas allowsa comprehensive analysis of the progression of gene expression states during nephrogenesis, as well as discovery of potential growth factor-receptor interactions.

图谱使得全面分析肾脏发生过程中基因表的发展变得可能，除之外，作者表示它还有助于发现潜在的生长因子-受体相互作用。

Alternatively, a new version of a gene can also be created through reverse transcription: during gene expression, the mRNA is copied back into a sequence of DNA that is inserted into the genome.

其二，新的基因复本也可能透过反转录作用，将基因表现出来的mRNA反转录成DNA序列，再插回基因组内，这种现象称为反转录移位（retrotransposition），发生在细胞内称为长散布核因子（LINE）的转位子活动时。

The epigenome is a molecular marking system that controls gene expression without altering the DNA sequence.

Image credit: Dreamstime表观基因是在不改变DNA序列前提下控制基因表达分子标。

Furthermore, PTP1B deletion significantly reduced gene expression of 3 1-adrenergic receptor subtypes, consistent with blunted constriction to phenylephrine.

此外PTP1B缺乏明显减少31-肾上腺受体亚型基因表达，与对苯福林收反应迟钝有关。

This kidney atlas allowsa comprehensive analysis of the progression of gene expression states during nephrogenesis, as well as discovery of potential growth factor-receptor interactions.

图谱使得全面分析肾脏发生过程中基因表达发展变得可能，除此之外，作者表示它还有助于发现潜在生长因子-受体相互作用。

Alternatively, a new version of a gene can also be created through reverse transcription: during gene expression, the mRNA is copied back into a sequence of DNA that is inserted into the genome.

其二，新基因复本也可能透过反转录作用，将基因表现出来mRNA反转录成DNA序列，再插回基因组内，这种现象称为反转录移位（retrotransposition），发生在细胞内称为长散布核因子（LINE）转位子活动时。

The epigenome is a molecular marking system that controls gene expression without altering the DNA sequence.

Image credit: Dreamstime表观基因是在不改变DNA序列的前提下控制基因表达的分子标记系统。

Furthermore, PTP1B deletion significantly reduced gene expression of 3 1-adrenergic receptor subtypes, consistent with blunted constriction to phenylephrine.

此外PTP1B缺乏明显减少31-肾上腺受体亚型基因表达，与对苯福林收反应迟钝有关。

This kidney atlas allowsa comprehensive analysis of the progression of gene expression states during nephrogenesis, as well as discovery of potential growth factor-receptor interactions.

图谱使得全面分析肾脏发生过程中基因表达状态的发展变得可能，除此之外，者表示它还有助于发现潜在的生长因子-受体相互。

Alternatively, a new version of a gene can also be created through reverse transcription: during gene expression, the mRNA is copied back into a sequence of DNA that is inserted into the genome.

其二，新的基因复本也可能透过反转，将基因表现出来的mRNA反转成DNA序列，再插回基因组内，这种现象称为反转移位（retrotransposition），发生在细胞内称为长散布核因子（LINE）的转位子活动时。