Novel Uncultured Bacteria Showing Out Group in Phylogeny Analysis Indicating Failure of NCBI 16S rRNA reference sequence database for its Genus and Species Level Identification can Inhibit Bacillus safensis strain MRTV10

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Rajesh Dhakane1, Aarti Deshpande2, Prajakta Mohite3, Bipinraj N.K4, Kshama Murarkar5, Arati Kamble6, Shilpa Lokhande7, Akanksha Dambare8, Amruta Shinde9, Arya Kokate10, Snehal Deshpande11, Ashwin Haribhakt12, Amol Kayande13, Krutadnya Gore14, Yogita Kasbe
Neha Devkate16, Pratiksha Kusal17, Rutika Ramgude18, Janhavi Khadke19, Sujit Chavan20, Mahendra Dombale21, Devaki Salve22, Vaishnavi Ingale23, Chaitali Autade24, Sakshi Sutar25, Sakshi Nanwate26, Prathmesh Chalukya27, Vaibhavi Gate28, Sneha Sherkar29, Shital Randive30, Sakshi Shelar31, Varsha Thorat32, Mahek Patel33, Zara Shaikh34, Mayuri Takale35, Janhavi Daundkar36, Nilam Chobe37, Vaishnavi Ughade38, Prerna Kalbhor39, Hitesh Mehta40, Pankaj Singh Onkarsingh Baishthakur41, Ashwini Jadhav42, Prathmesh Kunjir43, Saee Chavan44, Rutuja Rupnawar45

Abstract

The uncultured bacteria was isolated from the Ocimum tenuiflorum based rhizospheric soil sample of Karad, Maharashtra, India on Glycerol Aspargine Agar. It  inhibited the growth of Bacillus safensis MRTV 10 and it utilized starch as a source of nutrition. The 16S rRNA gene sequence of the uncultured bacteria showed only 93.52% identity with the reference sequences of NCBI database with failure in genus and species level identification by the database indicating its novelty. The phylogeny tree of the uncultured  bacteria constructed using Maximum Parsimony Method by comparing with 20 NCBI reference sequences showed its placement as out group indicating its recent evolution from its ancestor.  

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