molecular linkage 中文意思是什麼
molecular linkage
解釋
分子鍵-
Random amplified polymorphic dna ( rapd ) markers were used to construct molecular genetic linkage map of a single tree ( p. taiwanensis hayata. )
採用rapd分子標記來構建黃山松單株樹（仙居磐黃）的分子遺傳連鎖圖譜。 -
Recent studies show that dna transfer and recombination technology provides great potential for genetic improvement of zoysiagrasses ; molecular linkage maps were constructed from zoysia japonica and its hybrids with zoysia matrella ; the researches on gene cloning and gene resource are in progress
最近的研究表明，基因轉移與重組技術在結縷草遺傳改良中具有巨大應用潛力；結縷草遺傳連鎖圖譜構建取得重要進展；基因克隆和基因資源研究正在展開。 -
In this paper, it were briefly introduced principle and structure. the application of microsatellite technique was reviewed in the study of animal, for instance, construction of genetic linkage map, molecular marker assisted breeding, evaluation of genetic diversity, genetic monitoring and so on were summarized
本文簡述了微衛星技術基本原理、優點和檢測方法以及在實驗動物科技等領域中的應用，例如遺傳連鎖圖譜、分子標記輔助育種、遺傳多樣性分析、遺傳質量檢測等。 -
Construction of molecular linkage map in grape using rapd markers and f1 popul ation of interspecific cross
標記和種間雜交組合構建葡萄的分子標記連鎖圖譜 -
First half focuses on human genetics and molecular biology, covering fundamentals of pedigree analysis, linkage analysis, molecular cloning, and gene analysis as well as ethical / legal issues, all in the context of an auditory disorder
前半段會著重於人類遺傳學與分子生物學，涵蓋家族系譜分析、連鎖分析、分子選殖、基因分析與道德法律議題的基礎概述，並且皆以聽覺系統疾病為例來說明。 -
Microsatellite dna is among the most efficient class of molecular markers due to their hyper - variable and co - dominant nature with relatively high abundance and random distribution in the genome, and have been applied to a variety of fields including population differentiation, kinship analysis, linkage analysis, and evolutional and ecological studies
摘要微衛星dna由於具有高度多態性、共顯性遺傳、基因組中含量豐富且隨機分佈等特點，目前已成為最有效的分子標記之一，並應用於種群分化研究、血緣分析、基因連鎖分析、進化以及生態學研究等許多領域。 -
A high - density molecular linkage map will be of value for studies designed to assay genetic variation, identify markers associated with dissect quantitative trait loci, and perform marker - assisted selection to improve agronomically important traits within plants
摘要高密度分子連鎖遺傳圖譜對分析植物遺傳變異、標記目標性狀、數量性狀定位和分子輔助選擇改良性狀均具重要價值。 -
Objective : polypeptide : n - acetylgalactosaminyl transferase is the initiation enzyme catalyzing the linkage of o - glucan chain. recent study shows that o - glucosylation is closely related to molecular recognition, tumor formation, development and metastasis, as well as embryonic development. due to the initial study on function of o - glucosylation in china, this thesis aims to obtain stably expressed pp - galnac - t2 gene clones for further study
目的多肽： n乙酰氨基半乳糖轉移酶是合成o糖鏈的起始酶，而目前的研究認為， o -糖基化與分子及細胞識別、腫瘤的發生發展和轉移以及胚胎發育等功能密切相關。 -
3 ) we tested total - family association, within - family association ( via tdt ), and linkage, between the bsrbl marker and bone phenotypes ( bmd and bone size ) at the spine and the hip ( femoral neck, torchanter and intertrochanter ) in chinese 402 nuclear families with a total number of 1263, and found the suggestive linkage ( p - 0. 037 ) between the il - 6 bsrbl maker and the li _ 4 spine bmd. no significant association and linkage was found for bone size and hip bmd. the present studies represented molecular genetic research of bone mineral density, and identified some factors related to bmd in chinese
3 ）在徵集的402個核心家庭包括1263個個體組成的上海樣本中，利用傳遞不平衡檢測法（ tdt ） 、關聯分析和連鎖分析，檢測了白介素6基因和不同骨骼位點（腰椎、股骨頸、大轉子、轉子間區）的骨密度、骨大小之間的連鎖和/或關聯關系，並發現白介素6基因的bsrb工標記和控制腰椎骨密度的數量性狀位點（ qtl ）之間存在連鎖的證據（ p = 0 . 037 ） 。 -
Some applications of geometric constraint solving in the fields of computer vision, linkage design, robotics, molecular conformation design and computer aided instruction etc. are illustrated
同時還列舉了幾何約束求解在計算機視覺、連桿設計、機器人、分子結構設計和計算機輔助教學等方面的應用實例。
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