Papers by chinmaya kumar bhuyan
Journal of entomology and zoology studies, 2017
The present study was conducted in collaboration with Department of Animal Genetics and Breeding,... more The present study was conducted in collaboration with Department of Animal Genetics and Breeding, OUAT and WBUAFS to review on new class of advanced molecular marker techniques derived from combination of earlier basic molecular marker for the genetic improvement of livestock from December, 2016 to June, 2017. In the protein coding region of mtDNA, the cytochrome oxidase I gene has recently gained more attention in developing DNA barcodes for species identification and biodiversity analysis. Among, nuclear marker techniques, RAPD and AFLP are being applied to cDNA based templates to study patterns of gene expression through advanced technique like ESTs and SSCP. While RFPL and microsatellites techniques are used for detecting marker-QTL linkages that accomplished by the use of MAS, genetic fingerprinting and mixture models based on segregation analysis principle. The present study objective was to review the utility of advanced molecular marker technology for selection and genetic i...
International Journal of Livestock Research, 2017
Microbial fuel cell with 3% dairy waste was operated for 18 days and that with 6% dairy waste wat... more Microbial fuel cell with 3% dairy waste was operated for 18 days and that with 6% dairy waste water for 33 days with the help of algae as analytic microflora mixture. Fuel cell with 3% dairy waste shown a maximum current peak at 145.6 µA at 13 th day and in case of 6% dairy waste a maximum of 195.4 µA current was obtained. With an external resistance (22 ohm) the MFC having 3% dairy wastewater had maximum power density and current density of 0.149mW/m 2 and 6.356 mA/m 2 were observed on the 1 st day which got reduced to 0.011 mW/m 2 and 0.002mA/m 2 respectively on the 15 th day. For higher dairy wastewater concentration (6%) the values of maximum power density and current density of0.01036527 mW/m 2 and 0.85663377 mA/m 2 were observed on 1 st day, which got reduced to 0.00166872 mW/m 2 and 0.72642544 mA/m 2 on 15 th day. The reactor design for this study was quite successful for using photosynthesis ability of algae for oxygen (3.6 to 5.5 mg/l) supply to cathode. Beside this the green algae is also helpful in CO 2 sequestration.
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Papers by chinmaya kumar bhuyan