外文摘要:NOVELTY - Detecting pathogen of kiwifruit bacterial ulcer involves using standard primers having ITS region of 16S-23S recombinant DNA of Kiwifruit ulcer pathogens which are amplified by polymerase chain reaction and sequenced. The biology software clastal X is used to compare the sequences after sequencing and the homologous ITS sequences of the Pseudomonas syringae in the GenBank database to detect the mutations of kiwifruit ulcer pathogens.
USE - The method enables to detect pathogen of kiwifruit bacterial ulcer, which shows fast, specific and sensitive quantitative detection.
DETAILED DESCRIPTION - Detecting pathogen of kiwifruit bacterial ulcer involves using standard primers having ITS region of 16S-23S recombinant DNA of Kiwifruit ulcer pathogens which are amplified by polymerase chain reaction and sequenced. The biology software clastal X is used to compare the sequences after sequencing and the homologous ITS sequences of the Pseudomonas syringae in the GenBank database to detect the mutations of kiwifruit ulcer pathogens. The stability points of kiwi fruit ulcer pathogens, primers and probe is designed using primer Express software for obtaining kiwi ulcer pathogen specific primers and kiwi fruit ulcer pathogens. The sensitivity of kiwifruit ulcer pathogen is tested. The sensitivity test with bacteriophage as template involves selecting DNA as template, and kiwi fruit fluorescent polymerase chain reaction is used to detect the target. The primers and probe designing using software Prmier express and the sensitivity detection step is r!
epeated until a real-time fluorescent polymerase chain reaction primer and a real-time fluorescent polymerase chain reaction probe for the detection of kiwifruit bacterial ulcer pathogens are obtained.
主权项:

申请号:CN201611158447.7
公开/公告号:CN106399578A
申请日:2016-12-15
公开/公告日:2017-02-15
申请/专利权人:安发(福建)生物科技有限公司
发明/设计人:高益槐;郑春源;戴金玉;唐文波
分类号:C12Q1/68;C12Q1/04;C12R1/38
主分类号:C12Q1/68
法律状态:实质审查
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