首页> 外国专利> FOERFARANDE Før FRAMSTAELLNING audio KOMBINATIONS A DNA MOLEKYLSOM INNEHAOLLER A Før INSULIN KODANDE NUKLEOTIDSEKVENS HOCSOM PR ANVAENDAS VID FRAMSTAELLNING audio INSULIN A microorganism produ RCENDE

FOERFARANDE Før FRAMSTAELLNING audio KOMBINATIONS A DNA MOLEKYLSOM INNEHAOLLER A Før INSULIN KODANDE NUKLEOTIDSEKVENS HOCSOM PR ANVAENDAS VID FRAMSTAELLNING audio INSULIN A microorganism produ RCENDE

机译:制造音频组合之前的程序胰岛素在编码之前在生产中编码的核酸序列编码的核酸分子就包含在生产中

摘要

New DNA transfer vector contains in its nucleotide sequence a sub-sequence having the structure of and transcribes from, a gene of a higher organism. Specifically the sub-sequence is the code for human insulin A or B chain (or both), or human growth hormone (the nucleotide sequences of these codes are given). Also new are microorganisms including in their nucleotide structure such as a sub-structure. - The microorganisms are made by first isolating an appropriate messenger-RNA; purifying it, then using it to elaborate a double-strand complementary DNA (c-DNA) contg. the required code. This is then reacted with a DNA-transfer vector having reactive end-groups able to react with itself or with the c-DNA. - The modified microorganisms can be used to produce insulin or growth hormone by fermentation, which is easier and quicker than cultivation of cell lines and gives better yields.
机译:新的DNA转移载体在其核苷酸序列中包含具有高等生物基因的结构并从其转录的子序列。具体地,该子序列是人胰岛素A或B链(或两者)或人生长激素的编码(给出了这些编码的核苷酸序列)。包括其核苷酸结构例如亚结构在内的微生物也是新的。 -通过首先分离合适的信使RNA来制备微生物;纯化它,然后用它来修饰双链互补DNA(c-DNA)contg。所需的代码。然后将其与具有能够与其自身或与c-DNA反应的反应性端基的DNA转移载体反应。 -修饰的微生物可用于通过发酵产生胰岛素或生长激素,这比培养细胞系更容易,更快捷,而且产量更高。

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