splicing

英 [ˈsplaɪsɪŋ]

美 [ˈsplaɪsɪŋ]

v.  绞接，捻接(两段绳子); 胶接，粘接(胶片、磁带等)
splice的现在分词

现在分词：splicing　

计算机化学

柯林斯词典

• VERB 绞接(绳子);粘接(胶片、磁带等)
  If yousplicetwo pieces of rope, film, or tape together, you join them neatly at the ends so that they make one continuous piece.
  1. He taught me to edit and splice film...
     他教我剪辑和粘接胶片。
  2. The film will be spliced with footage of Cypress Hill to be filmed in America.
     这部电影要和将在美国拍摄的柏树山乐队的音乐片段粘接在一起。
• V-PASSIVE 结婚
  When two peopleget spliced, they get married.
  1. An old friend of mine, newly spliced, recently invited me to dinner in his new marital home.
     我的一位刚结婚不久的老朋友最近邀请我到他的婚房去吃晚饭。

英英释义

noun

• a junction where two things (as paper or film or magnetic tape) have been joined together
  1. the break was due to an imperfect splice
  Synonym:splice

双语例句

• Reporter gene constructs are prepared by splicing a gene providing a visible signal to the gene of interest and transforming plants to express the construct.
  报告基因构成物是通过将一个可以提供可视信号的基因黏接在目的基因上，接着将植株转化成能表达这种构成物的状况。
• Splicing the main wood and white wood powder latex, adhesive for bonding stereotypes sponges.
  木料拼接主要用木胶粉和白乳胶，喷胶用于海绵的粘合定型。
• Temporary steel support, segmentation lifting and high altitude splicing construction method was adopted to install the steel roof.
  施工中采取搭设临时钢支撑、分段吊装、高空拼接成型的方法。
• Completely pre-wired-with pressure lug terminal block eliminating need for splicing or taping of wires.
  全部预置线路&配置弹性接线片的终端接线盒，不需要再缠绕和捻接电源线。
• A study of optical image splitting and splicing technology is capable of higher resolution.
  研究了提高分辨力的光学图像拆分、再合成技术。
• Conclusion The splicing mutation can affect the result of transcription and translation, and it is a specific novel mutation of ATP2C1 gene.
  结论该剪接位点突变可影响基因转录和翻译产物，是ATP2C1基因新的特异性突变。
• Can be cut according to customer requirements splicing.
  可以按客户的要求切割拼接。
• Moreover, the rate of transcription elongation has been linked to alternative splicing.
  此外，转录延伸速率也与可变剪接相关。
• Alterations in gene splicing can be much more subtle in nature but still have a major impact on the cancer cell and can be targets of therapy.
  基因剪切的改变在自然界是微乎其微的，但是对癌细胞仍然是一个主要的影响并能够作为治疗的靶点。
• The pattern of gene expression that makes this transformation possible relies heavily on two phenomena: modification of chromatin and alternative splicing.
  造成这种转变的基因表现模式，可能大量仰赖了两种作用：染色质修饰和选择性剪接。