bombyx mori 中文意思是什麼

bombyx mori 解釋
蠶蛾科動物家蠶蛾
  1. Dissolution and rheological behaviors of silk fibroin bombyx mori in n - methyl morpholine n - oxide

    中的溶解及溶液流變性能的研究
  2. The newly molted 5th instar larva of silkworm bombyx mori was infected with the recombinant virus

    另外,通過共轉染和篩選純化獲得了攜帶appa基因的重組家蠶桿狀病毒。
  3. In this review, the research of the structures on the domestic silkworm ( bombyx mori ), the wild silkworms ( mainly tussah ) as well as the spiders ' silk proteins with the infrared and raman spectroscopy are discussed, and the characteristic peaks of silk proteins related to the various conformations are summarized

    本文綜述了紅外光譜和拉曼光譜在家蠶、野蠶(主要是柞蠶)和蜘蛛絲蛋白研究方面的應用,並對表徵絲蛋白各種構象的紅外和拉曼特徵峰進行了較為全面的歸納總結。
  4. Testing rules for parent eggs of silkworm bombyx mori

    桑蠶原種檢驗規程
  5. Deviation control method to samples of number of eggs in percentage of good eggs of silkworm, bombyx mori

    桑蠶種良卵率調查中樣本間卵粒數的偏差控制方法
  6. Statistics on code bias of alpha - amylase gene of bombyx mori and bombyx mandarina show that little difference exists between them. 3. sequence comparison of alpha - amylase gene of five insects

    五種昆蟲的q澱粉酶基因序列的比較分析野桑蠶a澱粉酶基因核苦酸序列與家蠶、草地貪夜蛾( spodotera戶u歸rdax玉米螟( ostrinianubilalison25 )和果蠅( dnsophilasubobsc 。
  7. The pbacph - egf plasmid dna was used to co - transfect bmn cell with the modified bombyx mori baculovirus bm - bacpak dna, which was first linearized by aocl. after two rounds of plaque isolation, the recombinant virus ( named bmbacph - egf ) was further verified with pcr and dot hybridization. the recombinant bmbacph - egf virus was used to infect bmn culture cells at a moi of 10

    重組轉移載體dna與經bsu36i酶切線性化的修飾型病毒bm - bacpakdna共轉染家蠶bmn細胞,兩輪空斑篩選和純化,獲得重組病毒rbmbacph - egf ,經pcr擴增、 dna點雜交等方法鑒定證實重組病毒中已正確插入ph - egf融合基因。
  8. Compared with bombyx. mori, the exon regions of alpha - amylase gene of bombyx mandarina have 13 transitions, 4 transversions and a 12bp insertions, while the intron regions have 362 transitions, 343 transversions, a 94bp insertions and a 56bp deletions. the whole alpha - amylase gene ( including the 5 ' - and 3 ' - utrs ) of bombyx mandarina has 380 transitions, 350 transversions, 113bp insertions and 57bp deletions

    野桑蠶相對於家蠶來說,在-澱粉酶基因外顯子區域發生了13次轉換、 4次顛換、 12bp插入,在內含子區域發生了362次轉換、 343次顛換、 94bp插入和56bp缺失,全基因(包括utr )共發生mmrttoopmi mgzx ffatt了380次轉換、 350顛換、 113hp插人和57hp缺失。
  9. The extensive study on bombyx mori spurred the investigation of its consanguinity variety - bombyx mandarina

    蠶學研究的深入促進了家蠶近緣種?野桑蠶的研究。
  10. A primary study on anticonvulsant parts of bombyx mori l

    僵蠶抗驚厥活性部位的初步研究
  11. Bombyx mori prothoracicostaic peptide ( bom - ptsp ) is a recently discovered important neuropeptide of insect, produced by brain neurosecretory cells of bombyx mori. it inhibits the stimulation of prothoracicotropic hormone on ecdysteroidogenesis by prothoracic glands in vivo and in vitro

    家蠶抑前胸腺肽( bombyxmoriprothoracicostaicpeptide , bom - ptsp )是新發現的一種重要的昆蟲神經肽,由家蠶腦神經分泌細胞分泌。
  12. The nucleotide sequence similarity of alpha - amylase gene of bombyx mori and bombyx mandarina is 90 % and the putative amino acid sequence similarity is as high as 98 %

    家蠶和野桑蠶-澱粉酶基因核苷酸序列相似性為90 ,推定氨基酸序列相似性為98 。
  13. The nucleotide sequence similarity and the putative amino acid sequence similarity of alpha - amylase gene of bombyx mandarina to those of bombyx mori, spodotera fruiperda, ostrinia nubilalis on 25 and drosophila subobscwa are 90 %, 12 %, 12 %, 5 % and 98 %, 80 %, 78 %, 58 % respectively

    )相似性分別為90o 、 12 、 12o 、 50 ,推定氨基酸序列相似性分別為98 、 80 、 78 、 58 ,表明:野桑蠶與家蠶的親緣關系最近,果蠅與野桑蠶的親緣關系相對較遠。
  14. For mass production of egf, bombyx mori baculovirus expression vector system ( bevs ) was adopted in this experiment to express recombinant egf

    為大量獲得egf ,本研究利用家蠶桿狀病毒表達系統,以家蠶作為生物反應器,在家蠶細胞和幼蟲中表達人表皮生長因子。
  15. Study on incorporation activity of 3h - glycine into protein biosynthesis of silkworm, bombyx mori

    對家蠶蛋白質生物合成參入活性的研究
  16. In vivo activity of prothoracicostatic peptide in the silkworm, bombyx mori for the sake of further research on the function of ptsp to ecdysteroidogenesis in vivo, based on the culture experiments in vitro, prothoracicostatic peptide was injected into the b. mori hemolymph in differ

    為研究材料,研究棉鈴蟲ptsp的cma序列以及與家蠶ptsp的cma序列的關系,這將對昆蟲親緣關系、系統進化發育關系的研究、害蟲的生物防治提供參正且考。
  17. In the alpha - amylase gene, the length of the non - ltr retrotransposon, located in intron ii, is equal in bombyx mori and bombyx mandarina, with a nucleotide sequence similarity of 98 % ; the length of the coded reverse transcriptase is equal in both nucleotide and amino acid sequence with a similarity of 98 % also

    家蠶、野桑蠶-澱粉酶基因intron中的(野桑蠶) non - ltrretrotransposon之間序列長度相等,相似性為98 ,其內編碼reversetranscriptase的基因,序列長度相等,核苷酸序列和氨基酸序列相似性達98 。
  18. Fusion gene by pcr was inserted into bombyx mori baculovirus transfer vector pbacpak. 8 and contransfected with lineared dna of bm - bacpak6 virus into bmn cells. the homologous recombination occurred inside the cells, and the recombinant virus bacpak - 6aa - hgm - csf was expressed, as identified by pcr and southern hybridization. the bmn cells and the fifth instars were infected by the recombinant virus bacpak - 6aa - hgm - csf

    本研究首先通過pcr將家蠶桿狀病毒多角體蛋白起始密碼子后的18個堿基引入到hgm - csf基因的5 』端之前,然後將融合基因重組與家蠶桿狀病毒轉移載體pbacpak8中,獲得重組轉移載體pbacpak8 - 6aa - hgm - csf ,並與線性化bm - bacpak6dna共轉染家蠶細胞株,獲得重組病毒bacpak - 6aa - hgm - csf 。
  19. Base composition comparison of codons of the alpha - amylase gene of bombyx mori and bombyx mandarina it was shown by base composition comparison of the codons that it is very similar in both bombyx mori and bombyx mandarina

    07 ,野桑蠶54 64 ) ;密碼子位3有強烈的啼陡偏好性,家蠶和野桑蠶的ct分別為67 77和67
  20. In the present thesis, it is mainly to express the human angiostatin ( kl - 3 ) in bombyx mori cells ( bmn ) and larvae of silkworms with baculovims expression vector system ( bevs ), to investigate the effect of human angiostatin ( kl - 3 ) on cell apoptosis in endothelial cells, and on vascular growth in chick embryo, and to elucidate cooperation between angiostatin and endostatin

    因此,在本實驗中我們用家蠶桿狀病毒表達系統表達了人血管抑素( k1 - 3 ) ,並研究了其對內皮細胞凋亡和雞胚新生血管生長的影響,闡明了其與內皮抑素的協同作用。
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