- 更多网络例句与外显子相关的网络例句 [注：此内容来源于网络，仅供参考]
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The amphioxus GDF8/11 gene consists of five exons flanked by four introns, which have two more exons and introns than that of other species.
文昌鱼GDF8/11的基因组全长为9.9 kb，包括五个外显子和四个内含子，比其他物种多出两个外显子和两个内含子。
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The gonadotropin releasing hormone receptor gene was studied as a candidate gene for the prolificacy of Small Tail Han sheep. Eight pairs of primers were designed to detect single nucleotide polymorphisms of exon 1, exon 2 and exon 3 of GnRHR gene in both high fecundity breeds and low fecundity breeds (South African Mutton Merino, Corriedale and Chinese Merino sheep) by PCR-SSCP. Only the products amplified by primers P4 and P7 displayed polymorphisms.
设计8对引物，应用聚合酶链式反应-单链构象多态性技术检测促性腺激素释放激素受体（gonadotropin releasing hormone receptor， GnRHR）基因外显子1、外显子2和外显子3在高繁殖力品种和低繁殖力品种（南非肉用美利奴、考力代和中国美利奴绵羊）中的单核苷酸多态性，同时研究该基因对小尾寒羊高繁殖力的影响。
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The inhibin a gene、 the bone morphogenetic protein 4 (BMP4) gene and the bone morphogenetic protein 7 (BMP7) gene were studied as candidate genes on the prolificacy of Small Tail Han sheep. Single nucleotide polymorphisms of 5 ' regulatory region、 exon 1 of INHA gene;exon 2、 exon 3 and exon 4 of BMP4 gene and exon 2、 exon 3 of BMP7 were detected in high fecundity breed and low fecundity breeds (Chinese Merino sheep, Corriedale sheep and South African Mutton Merino sheep) by PCR-SSCP. The results indicated that there was a mutation (316C→T) in 5' region of INHA gene in Small Tail Han sheep, Chinese Merino sheep and Corriedale sheep, the same mutation did not exist in South African Mutton Merino sheep.
采用PCR-SSCP技术检测抑制素α(inhibin α，INHA)基因5'调控区、外显子1，骨形态发生蛋白4(bone morphogenetic protein 4，BMP4)基因外显子2、外显子3和外显子4以及骨形态发生蛋白7(bone morphogenetic protein 7，BMP7)基因外显子2和外显子3在高繁殖力绵羊品种以及低繁殖力绵羊品种(中国美利奴绵羊、考力代绵羊、南非肉用美利奴绵羊)中的单核苷酸多态性，同时研究这三个基因对小尾寒羊高繁殖力的影响。
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The human CTLA-4 gene, which lies on 2q33, has four exons: exon 1 encodes leader sequence, exon2 encodes 116 Aa forming extra-cellular V-like functional domain, exon 3 encodes 37 Aa of hydrophobic membrane domain and exon 4 encodes 34 Aa of cytoplast domain.
人类的CTLA-4基因位于2q33，有四个外显子组成，其中第一外显子编码前导序列，第二外显子编码116个氨基酸组成的胞外功能区，第三外显子编码37个氨基酸组成的疏水性跨膜区，第四外显子编码34个氨基酸组成的胞内区。
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Among them, mutations in exon 7 was highest, while in exon 5 was lowest.
其中以第7号外显子出现的频率最高，第6、8外显子次之，第5外显子最低。
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After cloned and sequenced, the nucleotide of exon 1 of hircine GDF9 gene is 397 bp and is 99%(395 of 397) homologous to sheep. The nucleotide of exon 2 of hircine GDF9 gene is 965 bp and is 98%(955 of 965) homologous to sheep.
克隆测序后连接出山羊GDF9基因的外显子1长度为397bp，与绵羊外显子1的同源性为99%(395/397)，外显子2长度为965bp，与绵羊外显子2的同源性为98%(955/965)。
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Result:22 out of 40(55%) primary tumors were detected the point mutations in the coden 12th of k-ras an d n-ras,h-ras.The point mutations of p53 E5 and E7 were found in 16 laryng eal tumors (16/40,40%).
结果：H-ras基因突变9例，突变率为22 。5%(9/40)；K-ras基因突变8例，突变率为20%(8/40)，N-ras基因突变5例，突变率为12.5%(5/40)。p53基因第5外显子突变7例，突变率为17.5%(7/40)；第7外显子突变9例，突变率为22 。5%(9/40)。5例发现有两种基因突变，且均表现为ras基因和p53外显子改变。
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Like exons 50 and 51, exons 1 and 2, 6–8, 11 and 12, 17–22, 43–46, 50–59 and 60–78 have extra nucleotide and codons that are split between exons.
像50和51外显子，外显子1和2，6-8，11和12，17-22，43-46，50-59和60-78有额外的核苷酸和外显子之间的分裂密码子。
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Although it has the least exon number, single exonic genes exhibits the abnormal characteristic of RSCU value, which hints that single exonic genes have different pathway of origin and evolution to multiexonic genes.
作为具有最少外显子数的基因，单外显子基因密码子RSCU值具有异常的表现，表明其具有和多外显子基因不同的起源和进化过程。
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Methods Four probands from four unrelated families with typical manifestations of CADASIL were studied The 1～12 coding exons and their flanking intron sequences of NOTCH3 gene were amplified by PCR and sequenced Some family members in the pedigree 2 and 4 were also examined for the NOTCH3 gene mutations Results Four hete...
结果 4个家系中的先证者均发现有NOTCH3基因的杂合性错义突变，先证者 1为外显子 3的 2 6 8C→T突变，先证者 2为外显子 3的 32 2C→T突变，先证者 3为外显子 3的 32 8C→T突变，先证者 4为外显子 11的 1819C→T突变，分别造成Notch3蛋白质R90C、C10 8R、R110C和R6 0 7C 4个位点氨基酸的替换。
- 更多网络解释与外显子相关的网络解释 [注：此内容来源于网络，仅供参考]
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exon：外显子
③卫星 DNA Ⅰ.隐蔽卫星 DNA Ⅱ.小卫星 DNA Ⅲ.微卫星 DNA A.单拷贝序列特征 a.含有内含子 内含子(intron) 外显子(exon) 内含子检测: 限制性内切酶图谱 DNA 的杂交内含子 GT/AG 规则: 内含子与外显子连接处的序列特异: 内含子 5'端为 GT,
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exon exchange：外显子互换,外显子交换
exon 外显子 | exon exchange 外显子互换,外显子交换 | exon shuffling 外显子改组[在I 组内含子所编码的酶作用下将内含子转移至无内含子的相应
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exon shuffling：外显子改组
这一证据如何支持外显子改组 (exon shuffling)假说?157.协同控制(coordinate control)下的基因是如何被同时激活的?161.有两个模型可以解释染色质中的基因是如何被转录的. 优先模型(preemptive model)中,转录因子和RNA聚合酶是如何与启动子结合的?
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exon shuffling：外显子改组[在I组内含子所编码的酶作用下将内含子转移至无内含子的相应基因中]
exon exchange 外显子互换,外显子交换 | exon shuffling 外显子改组[在I组内含子所编码的酶作用下将内含子转移至无内含子的相应基因中] | exon trapping method 外显子截留法[用于确定基因组序列中的外显子]
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exon shuffling：外显子改组[在I 组内含子所编码的酶作用下将内含子转移至无内含子的相应
exon exchange 外显子互换,外显子交换 | exon shuffling 外显子改组[在I 组内含子所编码的酶作用下将内含子转移至无内含子的相应 | exon trapping method 外显子截留法[用于确定基因组序列中的外显子]
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exon shuffling：外显子改组[在I组内含子所编码的酶作用下将内含子转移至无内含子的相应基
exon exchange|外显子互换,外显子交换 | exon shuffling|外显子改组[在I组内含子所编码的酶作用下将内含子转移至无内含子的相应基 | exon trapping method|外显子截留法[用于确定基因组序列中的外显子]
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exon trapping：外显子捕获
建立了"外显子捕获(exon trapping)等定位克隆技术",并克隆到定位于5p13的人类NUP155基因全长cDNA与全基因,为人类基因组计划"1 % 项目"和"水稻全基因组测序项目"主要参加者之一.
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exon, extron：外显子
白细胞凝集素 leukoagglutinin | 外显子 exon, extron | 外显率 penetrance
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exonic splicing enhancer,ESE：外显子拼接增强子
European wildcat欧洲野猫 | exonic splicing enhancer,ESE外显子拼接增强子 | exon外显子
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exons：外显子
生物通报道:多外显子(multi-exon)基因的内含子(introns)被剪切后,外显子(exons)必需经过重新拼接. 拼接增强区域(intron-exon boundary[内含子-外显子边际]的外显子序列)不仅需要确保拼接正确,而且由于这些序列落于编码蛋白的外显子区,