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引言植物的DNA甲基化与很多外(后生)遗传现象有关,在植物各种发育与分化过程中,调节机制的变化亦是其中之一(仑德等1995;芬内干等1993)。本文报道的是在辣椒种子萌发过程中,利用甲敏扩增多态性(MASP)——这是一种与AFLP相匹配的技术——来分析辣椒胞嘧啶甲基化的初步结果。MSAP
Introduction DNA methylation in plants is associated with many exoskeleton genetic phenomena and is one of the mechanisms involved in the development and differentiation of plants (Lund et al. 1995; Finnegan et al. 1993). This paper reports the preliminary results of methylated chili cytosine methylation using the methylation-sensitive amplified polymorphism (MASP), a technique that matches AFLP, during pepper seed germination. MSAP