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首页> 外文期刊>International Journal of Applied Biology and Pharmaceutical Technology >CARRAGHEEN MOLECULAR MARKER DATABASE (CAMM-DB): A COMPREHENSIVE DATABASE FOR CARRAGHEEN ( CHONDRUS CRISPUS ) MOLECULAR MARKERS
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CARRAGHEEN MOLECULAR MARKER DATABASE (CAMM-DB): A COMPREHENSIVE DATABASE FOR CARRAGHEEN ( CHONDRUS CRISPUS ) MOLECULAR MARKERS

机译:CARRAGHEEN分子标记数据库(CAMM-DB):CARRAGHEEN(CHONDRUS CRISPUS)分子标记的综合数据库

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Objective: CaMM-Db has been developed to manage the molecular marker information on Chondrus crispus (carragheen) and to make it accessible to the biological community. The database contains derived microsatellites and SNPs (Single Nucleotide Polymorphisms) from carragheen genomic sequences. The purpose for which carragheen is used, is also achieved by other Indian red seaweeds like, Gracilaria and Hypnea species. Except carragheen, the genome sequences of none of the red seaweeds are available in public domain. Thus, an insight into carragheen genome will help enable the biotechnologists to work on carragheen and the other red seaweeds. Methods: Keeping the above in view, CaMM-Db was developed using the carragheen genomic sequences from the databases of National Center for Biotechnology Information (NCBI) for microsatellite determination and SNP discovery. Till date, no SNPs for Chondrus crispus are submitted to NCBI, thus, here an attempt has been made to discover SNPs from carragheen genomic sequences. Results: This database provides information on different types motifs categorized based on different properties. The database is further integrated with Primer3 to facilitate the generation of suitable primers of interest for wet lab experimentation. Conclusion: As it is the first database on the molecular markers in carragheen genome, it can be used as a valuable resource for the scholars indulged in genetic research on carragheen and other Indian seaweeds.
机译:目的:已经开发了CaMM-Db来管理香菇(角叉菜)上的分子标记信息,并使其可用于生物群落。该数据库包含来自卡拉格恩基因组序列的微卫星和SNP(单核苷酸多态性)。卡拉格恩的使用目的也可以通过其他印度红海藻(如江and和催眠鱼)来实现。除卡拉格恩外,所有红海藻的基因组序列均未在公共领域提供。因此,对角叉菜基因组的深入了解将有助于生物技术人员从事角叉菜和其他红海藻的研究。方法:鉴于上述情况,CaMM-Db是使用国家生物技术信息中心(NCBI)数据库中的carragheen基因组序列开发的,用于微卫星测定和SNP发现。直到现在,尚没有针对软骨猪笼草的SNP提交NCBI,因此,这里尝试从carragheen基因组序列中发现SNP。结果:该数据库提供有关基于不同属性进行分类的不同类型主题的信息。该数据库还与Primer3集成在一起,以促进生成适合湿实验室实验的目标引物。结论:由于它是第一个有关角叉菜基因组分子标记的数据库,可以为从事角叉菜和其他印度海藻遗传研究的学者提供宝贵的资源。

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