毛冠鹿 meaning in Chinese
barking deer
tufted deer
Examples
- We designed and synthesized the primers of the human gapdh gene and the elaphodus cephalophus potassium channel gene
根据人的gapdh基因和毛冠鹿的钾通道基因设计引物。 - The results are agreeable with morphological taxonomy . the software mega was used to analyze the molecular phylogeny and phylogenetic trees were constructed with the neighbor - joining method and the maximum parsimony method
对所得的基因序列用mega软件包进行系统进化分析， nj法和最大简约法( mp )构建毛冠鹿和麂属3种动物的分子系统进化树。 - The phylogenetic tree of the potassium channel gene suggests that muntiacus crinifrons is original , and the basal split separates muntiacus and elaphodus . within the genus muntiacus , crinifrons is more closely related to muntjak , with reevesi as its sister species . in the other genus there is only one species elaphodus cephalophus
根据钾离子通道蛋白基因的第4内含子和第5外显子序列构建的进化树显示：黑麂比较原始，首先与赤麂聚合，再与小麂聚合，最后与毛冠鹿属的毛冠鹿聚合。 - Recently , we know the number of muntjac deer chromosomes varies from 6 to 48 , and there are karyotypic polymorphism intra - species relationships . these animals are extremely useful for phylogenetic studies . in order to discuss the phylogenetic relationships of muntiacinae , we have studied the nuclear gene sequence of muntiacus muntjak , muntiacus crinifrons , muntiacus reevesi , and elaphodus cephalophus
为了探讨麂亚科动物间的亲缘关系，本论文以赤麂( muntiacusmuntjak ) 、黑麂( muntiacuscrinifrons ) 、小麂( muntiacusreevesi )和毛冠鹿( elaphoduscephalophus )这4种麂亚科动物为材料，以核基因序列为研究对象，作进一步的研究。