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Application of biotechnological processes to passion fruit culture

机译:生物技术过程在激情水果培养中的应用

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摘要

The technology of cells, protoplast and tissue culture of plants is one of the most successful biotechnological areas. In the genus Passiflora, a few species have been used with biotechnological ends on the studies concerning tissue cultures. Regeneration of shoots can be indirect, from callus, or direct, by cotiledonary, hipocotiledonary and leaf explants. It is easy to induce in vitro regeneration of internodes and axillary tendrils if cytokinin is added to the culture medium. Early advances in the regeneration of other fruit tree protoplasts have allowed the use of the somatic hybridization process in the passion fruit. Since P. edulis f. flavicarpa has a natural regeneration ability, the application of genetic engineering techniques becomes necessary in order to reduce the infestation by some diseases or insects, and to add relevant agricultural properties to this species.
机译:植物细胞,原生质体和组织培养的技术是最成功的生物技术领域之一。在Passiflora属中,少数物种已经与生物技术结束进行了关于组织培养的研究。芽的再生可以间接,来自Collus或Direct,Cotiledonary,HipocotileDonary和叶外植体。如果在培养基中加入Cytokinin,则易于诱导细胞间和腋生卷积的体外再生。其他果树原生质体再生的早期进展使得在激情果实中使用了体细胞杂交过程。因为P. Edulis F. Flavicarpa具有自然再生能力,遗传工程技术的应用变得必要,以减少某些疾病或昆虫的侵扰,并为此物种增加相关的农业性质。

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