Research Journal of Pharmacy and Technology

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Minemicronet:A Database for Visualization and Exploration of Mining Bacterial Communities


Affiliations
1 Department of Biomedical Science, School of Bio Sciences and Technology, VIT, Vellore- 632014, Tamil Nadu, India
2 Renewable Energy in CO2 and Green Technology Centre, VIT, Vellore, Tamil Nadu, India
     

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Biomining operations are used industrially to extract metal of interest from low grade ores. The time required in these operations is relatively large as different microorganisms take different amount of time in bioleaching or bio oxidation. Extensive research is going in the field of metallurgy and biotechnology to create new strains, by genetic manipulation, which give better yield and take shorter time. This is resulting in a lot of dispersed data around the globe at various locations in the form of literature hard copies and web material. Hence, we try is to create a freely accessible, informative and cumulated data repository of mining bacteria, from which the data related to any kind of mining microorganism can be extracted and any new data related to existing or new strains can be uploaded so that a uniform informational repository is formed. Since, the bacterial groups are the most researched groups amongst the plethora of mining microorganisms, we first aimed at creating a database for the bacterial group, which can further be extended to other groups as well.

Keywords

Biomining, Data Source, Database Design, Data Repository, Bioleaching.
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  • Minemicronet:A Database for Visualization and Exploration of Mining Bacterial Communities

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Authors

Rajni Kumari
Department of Biomedical Science, School of Bio Sciences and Technology, VIT, Vellore- 632014, Tamil Nadu, India
Anand Prem Rajan
Renewable Energy in CO2 and Green Technology Centre, VIT, Vellore, Tamil Nadu, India

Abstract


Biomining operations are used industrially to extract metal of interest from low grade ores. The time required in these operations is relatively large as different microorganisms take different amount of time in bioleaching or bio oxidation. Extensive research is going in the field of metallurgy and biotechnology to create new strains, by genetic manipulation, which give better yield and take shorter time. This is resulting in a lot of dispersed data around the globe at various locations in the form of literature hard copies and web material. Hence, we try is to create a freely accessible, informative and cumulated data repository of mining bacteria, from which the data related to any kind of mining microorganism can be extracted and any new data related to existing or new strains can be uploaded so that a uniform informational repository is formed. Since, the bacterial groups are the most researched groups amongst the plethora of mining microorganisms, we first aimed at creating a database for the bacterial group, which can further be extended to other groups as well.

Keywords


Biomining, Data Source, Database Design, Data Repository, Bioleaching.

References