Dr. Arun Kumar Pandey
Lecturer at China Jiliang University- Claim this Profile
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Bio
Experience
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China Jiliang University
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China
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Higher Education
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1 - 100 Employee
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Lecturer
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Sep 2019 - Present
Stress biology in legume crops.CRISPR/Cas 9 in vegetable crops Stress biology in legume crops.CRISPR/Cas 9 in vegetable crops
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International Crops Research Institute for the Semi-Arid Tropics (ICRISAT) Hyderabad-502 324, Telang
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India
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Education Administration Programs
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1 - 100 Employee
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Visiting Scientist
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Jul 2016 - Aug 2019
Moving a step closer towards allergen-free groundnuts using OMICS (MABC and CRISPR/CAS9) approaches.Transcriptome profiling to understand the pre-harvest aflatoxin contamination (PAC) mechanism in groundnut seeds in response to A. flavus infection Genome-wide discovery of non-coding RNAs for IVSC resistance Moving a step closer towards allergen-free groundnuts using OMICS (MABC and CRISPR/CAS9) approaches.Transcriptome profiling to understand the pre-harvest aflatoxin contamination (PAC) mechanism in groundnut seeds in response to A. flavus infection Genome-wide discovery of non-coding RNAs for IVSC resistance
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University of Hyderabad
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India
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Higher Education
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Postdoctoral Fellow
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Feb 2011 - Jun 2016
Project: Genome Editing using CRISPR/CAS9 in tomato CRISPR/CAS9 modules design, Development of CRISPR vectors, Generation of transgenicplants, Transient studies, Molecular and genetic analysis. Project: Sequence-Indexed mutations Library in the Tomato Genome. Cloning of Ac and Ds element bearing construct in binary vector. Raising of Transgenic lines harboring Ac element, Ds element and empty vector. Molecular characterization of transgenics lines through PCR, qPCR, Standardized TAIL PCR and Southern blotting.Guided grad and undergrad students for research work. Project: Generation of Hypermutable lines in tomato through silencing of MMR gene Cloning of MSH2 gene through Gateway™ System for Making of RNAi vector. Generation of transgenics lines and molecular characterization of transgenics plants Project: Validate the function of gene through VIGS. Making of VIGS vector to know the function of gene in tomato.
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Senior Research Fellow
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Jul 2005 - Jan 2011
Project: Developing low HCN accumulating forage sorghum (Sorghum bicolor (L.) Moench.) through antisense approach. CYP79A1 cDNA gene was isolated and cloned into transformation vector in antisense orientation for genetic transformation of sorghum to reduce dhurrin content. Transgenic plants carrying the antisense CYP79A1 gene were regenerated, characterised and promising events were advanced (now in T4 generation). Transgenics were confirmed by PCR and Southerns, gene expression studied by Rt-PCR and qPCR, HCN content determined biochemically. The HCN content was reduced in the transgenics (range of 17 -179 µg/g) with a mean of 104 µg/g compared to 192 µg/g in the control Guided master students for research; maintaining chemicals & consumables in the labProject: Down-regulation of somatic embryogenesis receptor kinase (SERK) gene in sorghum ovules. Three members of sorghum SERK gene family were identified and sorghum SERK1 cDNA target for RNA interference was identified and cloned for down-regulation. Ovule-specific promoter was isolated from Arabidopsis and cloned into Agrobacterium transformable vector; transgenics were developed to verify ovule-specific promoter function in sorghum
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Project Assistant
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Jan 2005 - Jun 2006
Rroject: Development of PCR based detection system of Vibrio cholera.” Multiplex PCR system was developed to detect the Vibrio cholera strain.
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Graduate Trainee
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Feb 2004 - Dec 2004
Project: Production of antibodies against Recombinant staphylococcal Enterotoxin B gene. Cloning of Enterotoxin B gene in expression Vector, Express the protein, Purification of the protein, Injection this protein in Mice and Rabbit to produce Antibodies against this protein
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