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In-silico study of persister proteins and design of their inhibitors in mycobacterium tuberculosis

By: Contributor(s): Material type: TextTextPublication details: Shillong Department of Biotechnology & Bioinformatics, NEHU 2015Description: v,235p.:ill.;28cm. AbstractSubject(s): DDC classification:
  • 616.9294061 MYL
Dissertation note: Ph.D
Item type: Thesis
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Holdings
Item type Current library Collection Call number Status Date due Barcode Item holds
Thesis Thesis North Eastern Hill University Dissertation & Thesis BIO-TECHNOLOGY DS 616.9294061 MYL (Browse shelf(Opens below)) Not for loan 490007
Total holds: 0
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DS 616.0277 RAD Studies on anti-tumor potential of potentilla fulgens wall ex hook. and thalictrum foliolosum de candolle in mammalian cell systems DS 616.120754 GUR Development of a pharmacophore model for screening of small molecules for their anti-inflammatory property in relation to cardiovascular diseases DS 616.853 THO Studies on the interaction between EFHC1 and PDHC and its physiological significance in epilepsy DS 616.9294061 MYL In-silico study of persister proteins and design of their inhibitors in mycobacterium tuberculosis DS 616.99431 SWA Understanding the epigenetic diversity of human oral and esophageal cancers in North-East India DS 616.99431060724 KUR Loss of heterozygosity at chromosome 4q27 and 3p14 regions and methylation and/or expression status of selected tumor suppressor and check-point genes in betel-nut induced human and mouse tumor samples DS 634.7720954164 LAM Molecular characterization of musa species (musaceae) with special emphasis on section eumusa from Meghalaya

Ph.D

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