核基因 的英文怎麼說

中文拼音 [héjīyīn]
核基因 英文
karyogene
  • 核 : 核構詞成分。
  • 因 : Ⅰ動詞[書面語] （沿襲） follow; carry on Ⅱ介詞1 [書面語] （憑借; 根據） on the basis of; in accord...
  1. Detection of fibroblast growth factor receptor 3 gene mutation at nucleotide 1138 site in congenital achondroplasia patients

    先天性軟骨發育不全成纖維細胞生長因子受體3基因1138位核苷酸點突變的檢測
  2. Prokaryotic expression of vp2 gene of infectious bursal disease virus and antigenicity of expressed product

    2基因的原核表達與抗原性分析
  3. Nuclear genes in mitochondrial function and biogenesis

    線粒體功能和生物發生中的核基因
  4. The majority of mitochondrial proteins are encoded by nuclear genes, synthesized in the cytosol and subsequently imported into mitochondria

    摘要線粒體的大多數蛋白質是由核基因編碼、細胞質合成，而最終運輸到線粒體。
  5. Compared to the prokaryotic gene expressing systems and mammalian gene expressing systems, insect gene expressing systems possess the stronger ability of the transcription and post - translation processing, which also has high production. we can anticipate it will be a kind of potent effective ectogenesis eukaryotic gene expressing system

    與原核表達系統和哺乳動物細胞表達系統比較，昆蟲細胞表達系統既有較強轉錄和翻譯后加工修飾能力，又有高表達量等特點，可望成為基因產業中一種比較理想的外源真核基因表達系統。
  6. 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

    為了探討麂亞科動物間的親緣關系，本論文以赤麂（ muntiacusmuntjak ） 、黑麂（ muntiacuscrinifrons ） 、小麂（ muntiacusreevesi ）和毛冠鹿（ elaphoduscephalophus ）這4種麂亞科動物為材料，以核基因序列為研究對象，作進一步的研究。
  7. Depending on cellular location and function of thioredoxins, there are two thioredoxin systems in high plants, one is nadp / thioredoxin system mainly existing in chloroplast of high plant and eucaryote algae and oxygenic photosynthetic prokaryote, which is composed of nadph, nadph - dependent thioredoxin reductase, thioredoxin - f and thioredoxin - m

    在高等植物中，存在兩個與硫氧還蛋白密切相關的硫氧還蛋白系統：一個是位於葉綠體中的鐵氧還蛋白-硫氧還蛋白系統，該系統中含有兩類核基因編碼的硫氧還蛋白即f -型trx和m -型trx 。
  8. The ast ( anthocyanin spotted testa ) mutant, which was induced by carbon ion beam, was a single recessive gene mutant of arabidopsis thaliana and involved in the anthocyanin biosynthesis

    擬南芥ast （ anthocyaninspottedtesta ）突變體是由碳離子束誘導產生的與花青苷生物合成有關的突變體，受單隱性核基因控制。
  9. To express nk4 in escherchia coli 2

    Nk4因子原核基因工程表達體系的構建2
  10. To date, two main genes that apply to the research of family and the classes above family are rbcl and 18s rdna

    目前用於科和科以上分類群研究的兩個最主要基因為葉綠體基因rbcl和核基因18srdna 。
  11. C - mos nuclear and 12s rrna mitochondrial dna were employed as genetic markers to deduce ( he phylogeny of gekkotan lizards in the present study 1

    本文以核基因c - mos和線粒體基因12srrna為分子標記，對壁虎類蜥蜴的分子系統學進行了研究。
  12. Phylogenetic analysis shows that gapdh is a classical nuclear gene, a house - keeping gene and a function gene. it was also shown that the gene is highly conservative

    結果表明， gapdh是一個古老的核基因，管家基因，又是一個功能基因，是十分保守的基因。
  13. It is a good model for the study on the regulation of eukaryotic gene transcription. in eukaryotes, the acetylation of histones was discovered many years ago

    其基因表達包括基礎水平表達和誘導表達兩個層次，代表了一類轉錄調控方式，是研究真核基因轉錄調控的一個很好模型。
  14. Bacterial ice nuclei are proteins, named ice nucleating proteins, coded by ice nucleating genes, and 11 ice nucleating genes have been cloned, sequenced and expressed in " escherichia coli "

    細菌冰核是一類蛋白質，稱冰蛋白，由細菌冰核基因編碼，據報道已有11種冰核細菌的冰核基因被克隆並在大腸桿菌中得到表達。
  15. However, someone has confirmed that a striking improvement both in the number of the transgenic mice that expressed the gene and in the average level of expression when the natural introns were included

    但國外文獻已經證實在轉基因哺乳動物的研究中真核基因的內含子具有提高基因表達的能力，它能同時提高轉基因鼠的成功率和基因表達的平均水平。
  16. Therefore, we hope to construct a effective eukaryotic gene expressing vector harboring a genomic dna, including introns, and develop a gene expressing system could correctly splice the mrna

    為此，我們希望構建和探索一種能有效高表達含有內含子真核基因組的載體和能對內含子進行剪切加工的昆蟲表達系統，以提高外源真核基因表達的有效性和可靠性。
  17. In this experiment, hbsag ( adw subtype ) was introduced into lettuce ( lactuca sativa ) with the agrobacterium transformation system and biolistic method. we hope to obtain the transgenic lettue with hbsag so that it can be used as edible vaccine

    本實驗採用農桿菌介導法和基因槍介導法，研究了乙肝表面抗原基因（ hbsag ）導入可生食的萵苣（生菜） （ lactucasativa ）的核基因組和葉綠體基因組，並期望獲得轉基因萵苣植株，從而建立以萵苣為生物反應器生產可食用的乙肝疫苗。
  18. It was well known that studies on evolutions and taxa of species have been more and more fashionable by means of either some encoding and non - encoding genes of cpdna and nrdna or repeat sequences, its, and multiple genes families of nrdna

    利用葉綠體基因組、核基因組中的一些編碼和非編碼基因，以及核基因組中的一些重復序列、基因間隔區和多基因家族等來進行物種演化分類的研究越來越多。
  19. Chloroplast genetic engineering, a new technology that could overcome many problems associated with nuclear genetic engineering, is of growing interest for bioproduction of valuable materials. it has several advantages including the extraordinarily high level of transgene expression and environmental safety, the favorable environment for prokaryote gene expression, the absence of " position effect " and gene silencing

    葉綠體基因工程是隨著植物遺傳轉化技術發展剛剛興起的生物技術，具有超量表達外源基因，為原核基因提供適宜表達環境，消除「位置效應」和基因沉默，環境安全性好等優點，較更適合用於植物生物反應器方面的研究。
  20. Though the technique of nuclejc transformation in plants has been developed and used widely, some problems in genetic information have not been resolved. for example, because the nucleic genome is so big and complicated that the integration sites and copies of foreign gene can not be controlled accurately, the expression of transferred genes is inefficient as a result of gene silencing or position effect. in nucleic transformation, furthermore, the transfer of multigene is difficult, and only after the prokaryotic genes undergo modification are they expressed in high plants

    植物的細胞核轉化技術已發展成熟並得到廣泛應用，但核基因組的遺傳轉化仍存在一系列至今尚未解決的問題：例如由於核基因組大，背景復雜，外源基因的整合位點和整合的拷貝數難以人為控制，造成鄭州大學2003年博士學位論文杜氏鹽藻（ dunaliellasalina ）葉綠體轉化研究外源基因表達效率低，容易出現基因失活、基因沉默、位置效應等現象;同時轉入多個基因時操作步驟過于復雜，所表達的原核基因必須經過修飾改造，環境安全難以保證等。
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