maximum parsimony中文是什么意思

• 最大简约法
• 最大节约法

• "maximum"中文翻译    n. (pl. maximums, -ma ) 极点，最 ...
• "parsimony"中文翻译    n. 吝啬，小气；过度节俭。
• "parsimony" 中文翻译 :    n. 吝啬，小气；过度节俭。
• "largesse - parsimony" 中文翻译 :    慷慨赠与
• "law of parsimony" 中文翻译 :    【哲学】最经济规律。
• "parsimony principle" 中文翻译 :    节省原则
• "principle of parsimony" 中文翻译 :    过度节约原则; 节俭原则; 最简组分原理
• "maximum" 中文翻译 :    n. (pl. maximums, -ma ) 极点，最大，最高，最高额，最大值；最高点；最大限度；【数学】极大(值)(opp. minimum)。 The excitement was at its maximum. 兴奋到极点。 adj. 最大的，最高的，顶点的，最多的。 maximum draught [draft] 【航海】最大吃水深度。 maximum obscuration 【天文学】蚀甚。 a maximum range 最大射程。 a maximum thermometer 最高温度计。
• "maximum maximum" 中文翻译 :    极大值
• "globales maximum global maximum" 中文翻译 :    全局极大值
• "lokales maximum local maximum" 中文翻译 :    局部极大值
• "maximum of maximum of the second kkind" 中文翻译 :    第二类极大
• "maximum-likelihood maximum likelihood" 中文翻译 :    极大似然
• "absolute maximum" 中文翻译 :    绝对最大极限; 绝对最大值, 全局最大值, 绝对极大值
• "absorption maximum" 中文翻译 :    最大吸收
• "acoustic maximum" 中文翻译 :    最大音响
• "acute maximum" 中文翻译 :    尖点最大值
• "amomum maximum" 中文翻译 :    爪哇豆蔻
• "annual maximum" 中文翻译 :    年极大值; 年最大; 年最高的; 年最高额; 年最高量
• "annular maximum" 中文翻译 :    环形点群
• "asarum maximum" 中文翻译 :    大叶马兜铃
• "barometric maximum" 中文翻译 :    [minimum] 最高[最低]气压。
• "blackbody maximum" 中文翻译 :    黑体最大值
• "bragg maximum" 中文翻译 :    布拉格最大值; 布喇格最大值
• "breadth maximum" 中文翻译 :    最大宽度

• There are three frequently used method : distance method , maximum parsimony method , and maximum likelihood method
  目前常用的构建发生树的方法有三种,即距离法、最大简约法和最大似然法。
• 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。
• Phylogenetic relationship of sequences was constructed by neighbor - joining method in mega and maximum parsimony algorithm in paup . the same two groups were showed in the results , and the group b sequences were more similar to two sequences of caiman crocodilus
  Nj法和mp法构建的系统树极为相似， 10种序列聚为两支( a和b ) ，分支b与凯门鳄的两种序列的亲缘关系较近。
• Pairwise comparisons of uncorrected sequences distances and kimura 2 - parameter distances were calculated and molecular phylogenetic trees were reconstructed by using the neighbor - joining ( nj ) , maximum parsimony ( mp ) , maximum likelihood ( ml ) methods
  分析了?科鱼类s7核糖体蛋白基因内含子2序列，计算了p - distance和kimura2 - parameter遗传距离，并用邻接法、最大简约法、最大似然法重建了?科鱼类分子系统树。
• Phylogeny analysis is performed with phylip software package and encoding sequence of bdnf gene . the phylogeny trees have been drawn with three different methods ( maximum parsimony method , genetic distance method and maximum likelihood method ) , respectively . the analysis outcomes are not all consistent for the reason that it is closely related to the selected methods and the conservative level of the sequences
  采用不同的统计学分析方法，最大简约法( maximumparsimonymethod ) 、最大似然法( maximumlikelihoodmethod )和遗传距离法( geneticdistancemethod ) ，得到了物种系统发育进化树，但拓扑结构并不完全一致，这是可能是因为分子系统学研究与采用的分析方法和所选基因的保守程度即作为分子标记的可信度密切相关。
• Aligned with cytochrome b sequences from 29 siluriforms in japan , korea , russia , africa , north america and south america retrieved from genbank , and selected astyanax mexicanus , phenacogrammus interruptus , cyprinus carpio and oncorhynchus mykiss as outgroups , which are belonging to characiformes , cypriniformes and salmoniformes , respectively . we constructed a matrix of 65 dma sequences . the kimura ' s two - parameter distances were calculated and molecular phylogenetic trees were constructed by using the maximum parsimony ( mp ) , maximum likelihood ( ml ) and neighbor - joining ( nj ) methods
  所得序列与从genbank下载的分布于非洲、北美洲和南美洲等地的鲇形目鱼类同一基因序列进行排序，并选用脂鲤目( characiformes )的墨西哥丽脂鲤( astyanaxmexicanus ) 、断线脂鲤( phenacogrammusinterruptus ) ，鲤形目( cypriniformes )的鲤( cyprinuscarpio )以及鲑形目( salmoniformes )大麻哈鱼属的oncorhynchusmykiss作外类群。
• 8 computer program , then used to calculate di stance matrix with kimura ' s two - parameter method and construct phylogenetic trees by applying neighbor - joining and maximum parsimony analyses using mega2 . 1 computer program . bootstrap analyses were carried out to evaluate statistical reliability based on 500 resamplings of the data set
  新鲜或硅胶干燥样品被用于总dna提取并用于pcr反应， pcr扩增产物回收后直接用于测序反应，序列数据经chstalx1 . 8软件排序后，采用mega2 . 1软件根据kimura ’ s双因子法计算遗传距离，并应用邻接法( neighbour - jointing )和最大简约法( maximumparsimony )构建系统树， bootstrap法( 500次重复)评估分支可信度。
• The evolutionary characteristics of both stems and loops of 16s rrna gene partial sequence were analyzed . the kimura ' s 2 - parameter distances were calculated and molecular phlogenetic trees were reconstructed by using the neighbor - joining ( nj ) , maximum parsimony ( mp ) , maximum likelihood ( ml ) methods
  分析了?科鱼类16srrna基因部分序列茎区( stemregions )和环区( loopregions )的进化特点；计算了kimura2 - parameter遗传距离；并用邻接法、最大简约法、最大似然法重建了?科鱼类分子系统树。