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联系Dr. Gurpreet K.询问您的工作详情
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经验
post doctorate
1月 2010 - 2月 2011 (1 年, 1 个月)
worked on biohydrogen project and gene structureanalysis
Sr. scientist
4月 2006 - 1月 2010 (3 年, 9 个月)
worked on novel methods of monoclonal antibody purifications
教育
PhD
(5 年)
MSc
(2 年)
资质
S.S Sahu and S. Kapley gold medals
Nagpur University
2001
The certifications were given for scoring highest percentile in city in the subject of biochemistry.
出版物
Growth Phase Dependent Substrate Utilization by Pseudomonas Strain PH1
Applied Biochemistry and Microbiology 11/2002; 38(6):562-566.
Pseudomonas strain PH1 can utilize nitro-, chloro-, and aminophenols and was used in this study. The enzymes of two pathways, utilizing phenol and meta-aminophenol (MAP), were analyzed under different growth conditions.
A Novel Approach for Extraction of PCR-Compatible DNA from Activated Sludge Samples
Journal of Microbiological Methods 04/2003; 52(3):315-23.
This paper describes a method that facilitates the extraction of PCR-compatible DNA from different activated sludge samples. The approach involves a novel preprocessing step in DNA extraction, which removes potential PCR inhibitors.
Isolation and characterization of Citrobacter strain HPC255 substrate specificity for chlorophenols
Current Microbiology 07/2004; 48(6):419-23
This study aims at development of an approach for selection of strain, which has capability for oxidation of broad-range of chloro-substitute phenols. A multiplex PCR was optimized targeting loci involved in phenol and chlorophenol degradation, which was used to select activated sludge samples and also to assess the degradative genotype of isolates.
Detergent Removal from Proteins Using SDR HyperD ® and MassSpectrometry Based Detergent Estimation
Journal of Proteomics & Bioinformatics 07/2008
a new method of removing detergents from protein samples and analysis of the samples using mass spectrometry. Detergents create a huge background noise in sample analysis by MS, hence quick removal methods are important.
Hydrogen production by a novel marine hyperthermophilic archaeon Thermococcus onnurineus NA1
International Journal of Hydrogen Energy 08/2012; 37(15):11113–11121.
A novel marine hyperthermophile, Thermococcus onnurineus NA1, was found to grow on C1 carbon compounds, such as formate and carbon monoxide (CO), and produce hydrogen (H2). In the present study, the growth and H2 production of NA1 were examined to determine its potential as H2 producer.This study suggests that T. onnurineus NA1 has a high H2 production potential from formate or CO but a method for achieving a high cell density culture is needed.
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