Master Degree in Life Sciences, Biological Sciences, Allied Life Sciences, Pharmaceutical Sciences or Pharm in Chemistry along with 2 years research experience. Candidate with experience in cell culture, molecular biology methods and animal handling will be given preference
Master Degree in Chemistry, Chemical Sciences, Pharmaceutical Sciences, Pharmaceutical Chemistry with two years of research experience. Master Degree in Botany, Biotechnology, Plant Sciences, Life Sciences with two-year experience & NET-LS, GATE, NET-JRF qualified 02 Year experience in Plant Molecular biology, Biotechnology, Botany, Plant Tissue Culture, cloning and protein expression.
Discovery and development of therapeutic interventions against multi-drug resistant bacterial pathogens. Master degree in Life Sciences and National Eligibility test – CSIR- UGC NET including lectureship Assistant Professorship or GATE or A selection process through National level examinations conducted by Central Government Departments and their Agencies and Institutions. Experience in the mammalian tissue culture work.
Masters in Biotechnology, Life Sciences, Bioinformatics, Biochemistry, Allied Biological Science discipline. Master in Chemical Sciences, Pharmaceutical Chemistry, Medicinal Chemistry, Pharmaceutical Chemistry. Bioinformatics analysis, Molecular docking, Protein Chemistry, protein purification, gene cloning, biological assays, enzyme assays, cell culture, IHC and protein localization, reproductive biology, or drug screening.
A unique opportunity for research career in Science & Technology in the area of Drugs, Pharmaceuticals and Biomedical Research. Ph.D. submitted in the area of Toxicology, Biochemistry, Zoology OR MD in Pathology, Pharmacology, Toxicology OR MVSc. In Pharmacology and Toxicology. Experience in synthetic methodologies designing of chemical compounds for biological activity against disease- prioritized targets and their synthesis. Experience in the use of in silico modeling tools for hypothesis- driven design of novel compounds and exploration of structure-activity relationships.