phylogenesis 中文意思是什麼

phylogenesis 解釋
n. 名詞 1. 【生物學】系統發育（學）；種族發生史；種系發生（學） （opp. ontogeny）。
2. （事物的）發展史。
adj. 形容詞 -genetic 系統發育的，種系發生的。

  1. The ontogeny and phylogenesis of vessel elements in litchi chinensis. are also discussed

    分別對其進行了描述，並從導管分子個體發育與系統發育的角度進行了討論。
  2. Amplification of 18s rrna gene of babesia orientalis and study on its phylogenesis

    基因的擴增及系統發育研究
  3. The 16s rdna / rna sequencing analysis of 4 morphological representative strains ( bd86, yn78, bd54, shx9 ) was carried out. complete sequences of them were obtained and phylogenesis analysis was carried out of suborder cystobacterineae, their phylogenetic position was determined

    挑選了4株形態較具代表性的菌株進行16srdna序列測定，以初步確定其歸屬，這4株菌編號分別為bd86 、 yn78 、 bd54 、 shx9 。
  4. Using a pair of degenerate primers based on the conservative region, hmg - box, of human sry gene, tow different fragments of sox gene, essox3 and essox22 were amplified from female and male eriocheir sinensis, the sequence results indicated that essox3 and essox22 shown high homology to human sox genes, and the identities to human sox genes in dna sequence and amino acid sequence are 84 % 、 85 % and 97 % 、 81 %, respectively. it might be concluded that sox gene was highly conservative in phylogenesis

    二、研究論文1 、參照人sry基因hmg - box保守區的序列，設計一對兼并引物， pcr擴增了中華絨螯蟹的sox基因，並對擴增產物進行了克隆和測序。結果在雌雄個體中篩選出兩個不同的sox基因essox3和essox22 ，其dna序列和編碼的氨基酸序列與人相應sox基因的相似性分別為84 % 、 85 %和97 % 、 81 % ，顯示該基因在進化上具高度的保守性。
  5. The genetic relationship between isolates of europe and china was closer than china and north america ' s. the inner genetic diversity of chinese phylogenesis lineages is higher, at the same time the territorial genetic differentiation and evolution direction divergence have taken place. the mixed lineage in heilongjiang province indicated that the isolates distribution pattern of a. gallica in heilongjiang province accorded with the characteristic that the distribution was formed by adaptive radiation of common ancestral forms

    在以黑龍江省高盧蜜環菌為主的中國大陸發育系內部的遺傳分化程度較大而且遺傳多樣性較高，並出現了區域性的遺傳分異和進化方向的分歧，同時還證明了黑龍江省內高盧蜜環菌的分佈格局也符合由共同的遠古祖先種適應性輻射形成的特點。
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