NBPGR jobs for JRF Biotechnology in Delhi. Last Date to apply: 03 Sep 2016
Job Description
JRF Biotechnology recruitment in National Bureau of Plant Genetic Resources
Name of the Project : Development of short duration, early maturing, high yielding, biotic and abiotic stress tolerant redgram carieties-Indo-Swiss Collaboration in Biotechnology
JRF Biotechnology
Qualification : Masters in Biotechnology/Plant Breeding and Genetics/ any other life science from a recognized university with minimum of First class in UG and PG with experience in molecular techniques
No. of Post : 01
Salary : Rs. 12,000
JRF Plant Breeding
Qualification : Masters in Plant Breeding and Genetics/ any other agricultural science with experience in conducting field trials from a recognized university with minimum of First class in UG and PG, Experience in handling field data. Desirable: any statistical tool and should be willing to learn new tools
No. of Post : 01
Salary : Rs. 12,000
JRF Agricultural Bioinformatics
Qualification : Masters in Bio informatics from any Agricultural or other recognized professional Desirable : NGS data an is, pipeline development, PERL or bi RL, PYTHON, coding, NGS data analysis, data base development and management
No. of Post : 01
Salary : Rs. 12,000/-
Job Particulars
About Company
In an unprecedented initiative, NBPGR, for the first time, has characterized and evaluated (preliminary) entire germplasm of wheat (22000 accessions comprising T. aestivum, T. durum and T. dicoccum) conserved in the National Genebank, at three locations in during Rabi 2011-12. At CCS HAU, Hisar, the wheat accessions have been characterized under optimum conditions. Data on 32 agro-morphological characters are used to develop a core-set. At IARI Regional Station, Wellington wheat germplasm were screened against rusts and other major foliar diseases. A sub-set of accessions identified to be potentially tolerant/resistant are being screened at two other hot-spots. At NBPGR, Issapur Farm, two sets of wheat germplasm, one under normal sowing and second set under late sowing were screened for terminal heat tolerance.
