求大神们 给我翻一一下这段英文..急用,需要的话可以再加分Given the extreme diversity in reptilian sexchromosomesystems, one would predict that fundamentallydistinctdosage-compensation systems exist in this groupand that,by study

求大神们 给我翻一一下这段英文..急用,需要的话可以再加分Given the extreme diversity in reptilian sexchromosomesystems, one would predict that fundamentallydistinctdosage-compensation systems exist in this groupand that,by study
求大神们 给我翻一一下这段英文..急用,
需要的话可以再加分
Given the extreme diversity in reptilian sexchromosome
systems, one would predict that fundamentallydistinct
dosage-compensation systems exist in this groupand that,
by studying these species, novel molecularmechanisms
controlling chromatin organization and geneexpression in
development might be discovered. In addition, wecan
ask whether dosage compensation occurs inpolyploid
reptiles such as the desert-grasslands whiptaillizard, a
triploid parthenogenetic species descended fromthe
hybrid union of two sexual species [26]; orthe sidenecked
turtle, Platemys platycephala, aspecies having
diploid–triploid somatic mosaicism (see Glossary) [27].
The study of dosage compensation has beenrestricted to
model species because extensive genomic reagentsare
required for assessing gene expression of anentire chromosome.
Current genomics technologies are poised to
open this field to previously unstudied species.The
nucleotide sequence of entire reptilian X and Zchromosomes
would enable cDNA arrays and quantitative PCR
to measure expression level differences betweenmales
and females [28].Subsequent studies could determine
whether novel mechanisms of gene silencing orexpression
are found during reptilian development.

求大神们 给我翻一一下这段英文..急用,需要的话可以再加分Given the extreme diversity in reptilian sexchromosomesystems, one would predict that fundamentallydistinctdosage-compensation systems exist in this groupand that,by study
Given the extreme diversity in reptilian sexchromosome
在爬行动物的性染色体的极端多样性
systems,one would predict that fundamentallydistinct
系统,可以预测,fundamentallydistinct
dosage-compensation systems exist in this groupand that,
剂量补偿系统的存在,在这组,
by studying these species,novel molecularmechanisms
通过研究这些物种,新的分子机制
controlling chromatin organization and geneexpression in
在染色质的结构和基因表达调控
development might be discovered.In addition,wecan
发展可能会被发现.此外,我们
ask whether dosage compensation occurs inpolyploid
询问是否发生inpolyploid剂量补偿
reptiles such as the desert-grasslands whiptaillizard,a
爬行动物如荒漠草原whiptaillizard,一
triploid parthenogenetic species descended fromthe
三倍体孤雌生殖的物种起源于
hybrid union of two sexual species [26]; orthe sidenecked
两性物种[ 26 ]混合或sidenecked联盟；
turtle,Platemys platycephala,aspecies having
海龟,扁龟属储水,有部分
diploid–triploid somatic mosaicism (see Glossary) [27].
–三倍体二倍体体细胞嵌合体（见术语）[ 27 ].
The study of dosage compensation has beenrestricted to
剂量补偿的研究一直局限于
model species because extensive genomic reagentsare
模式生物是因为广泛的基因组reagentsare
required for assessing gene expression of anentire chromosome.
评估一个完整的染色体基因表达所必需的.
Current genomics technologies are poised to
目前的基因组学技术准备
open this field to previously unstudied species.The
打开这个领域以前的研究忽略的物种.
nucleotide sequence of entire reptilian X and Zchromosomes
整个爬虫类X和zchromosomes核苷酸序列
would enable cDNA arrays and quantitative PCR
将使cDNA阵列和定量PCR
to measure expression level differences betweenmales
来衡量的表达水平的差异betweenmales
and females [28].Subsequent studies could determine
和女性[ 28 ].随后的研究可以确定
whether novel mechanisms of gene silencing orexpression
无论是基因沉默或表达式的新机制
are found during reptilian development.
在爬虫类的发现.

在爬行动物的性染色体的极端多样性
系统，可以预测，fundamentallydistinct
剂量补偿系统的存在，在这组，
通过研究这些物种，新的分子机制
在染色质的结构和基因表达调控
发展可能会被发现。此外，我们
询问是否发生inpolyploid剂量补偿
爬行动物如荒漠草原whiptaillizard，一
三倍体孤雌生殖的物种起源...

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在爬行动物的性染色体的极端多样性
系统，可以预测，fundamentallydistinct
剂量补偿系统的存在，在这组，
通过研究这些物种，新的分子机制
在染色质的结构和基因表达调控
发展可能会被发现。此外，我们
询问是否发生inpolyploid剂量补偿
爬行动物如荒漠草原whiptaillizard，一
三倍体孤雌生殖的物种起源于
两性物种[ 26 ]混合或sidenecked联盟；
海龟，扁龟属储水，有部分
–三倍体二倍体体细胞嵌合体（见术语）[ 27 ]。
剂量补偿的研究一直局限于
模式生物是因为广泛的基因组reagentsare
评估一个完整的染色体基因表达所必需的。
目前的基因组学技术准备
打开这个领域以前的研究忽略的物种。
整个爬虫类X和zchromosomes核苷酸序列
将使cDNA阵列和定量PCR
来衡量的表达水平的差异betweenmales
和女性[ 28 ]。随后的研究可以确定
无论是基因沉默或表达式的新机制
在爬虫类的发现。

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爬行动物sexchromosomesystems由于极端的多样性，可以预测，在这组和存在fundamentallydistinctdosage补偿系统，通过研究这些物种，新的molecularmechanismscontrolling染色质的组织和基因表达的发展可能会被发现。此外，wecanask是否剂量补偿发生inpolyploidreptiles如荒漠草原whiptaillizard，atri...

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爬行动物sexchromosomesystems由于极端的多样性，可以预测，在这组和存在fundamentallydistinctdosage补偿系统，通过研究这些物种，新的molecularmechanismscontrolling染色质的组织和基因表达的发展可能会被发现。此外，wecanask是否剂量补偿发生inpolyploidreptiles如荒漠草原whiptaillizard，atriploid单性生殖的物种下降fromthehybrid两性物种[ 26 ]联盟；或sideneckedturtle，扁龟属储水部分，havingdiploid–三倍体体嵌合体（见术语）[ 27 ]。剂量补偿的研究具有beenrestricted模拟物种因为评估比较染色体基因表达的广泛的基因组reagentsarerequired。当前基因组学技术准备打开这个领域以前的研究忽略的物种。编码序列的整个爬虫类X和zchromosomeswould使cDNA阵列和定量pcrto措施表达水平的差异betweenmalesand女性[ 28 ]。随后的研究可以决定是否在爬虫军基因沉默orexpressionare发展新机制

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