| Academic Programmes |
 |
| |
| POST GRADUATE DIPLOMA COURSES |
| |
| Molecular Biology |
| The main goal of modern Molecular Biology is to elucidate the connections between the genotype and phenotype of all organisms in terms of general and comprehensive molecular theory. In this sense it tries to understand the emergent properties of life, from atoms to ecosystems. |
| Duration |
Four Semester with Eight Modules. The last module in Semester IV is exclusively for project study. |
| Thrust Area of Projects |
- Clinical Genomics
- Agricultural Genomics
- Industrial Genomics
|
| Eligibility |
Graduation in Biotech, Bioinformatics, Medicine, Veterinary, Agriculture, Biophysics, Biochemistry, Chemical Science, Computer Science and other Biological Sciences with 60% marks for the subject. |
|
| |
| Biomaterials & Tissue Engineering |
| Over the last two decades, scientific and technological innovations have greatly contributed towards the development and application of exotic man made materials and devices for various clinical applications. The emergence of biologically active synthetic materials for different clinical applications has given lot of promises and hopes in the medical world as an alternative to biological counterparts. Today, tissue engineering is a fast emerging area of interest and the use of biomaterials, growth factors and modern fabrication techniques are integral part of whole area of tissue construction. This is in response to the growing need to improve and expand the dimension of biomaterial science in biomedical technology through emphasis on joint multidisciplinary collaborations between industry and academia. |
| Duration |
Four Semesters with Eight Modules. The last module (Module 8) is exclusively for project work in collaboration with reputed biomedical institutes of India. |
| Eligibility |
Graduation in Biotech, Bioinformatics, Medicine, Veterinary, Agriculture, Chemical Science,
Biophysics, Biochemistry, Computer Science and other Biological Sciences with 60% marks for the subject.
Under graduates of Biomedical Engineering & Biotech Engineering are also eligible. |
|
| |
| M.Sc. Genomics |
| Genomics is rapidly becoming a multifaceted sub-discipline of biology, and aims to understand: the molecular organization and information content of the entire genome and its gene products. Genomics includes the development and application of new mapping, sequencing, and computational procedures for the molecular analysis of the entire genome. Genomics has 3 distinct subfields: (a) Structural genomics- the genetic and physical mapping, and sequencing of entire genomes, (b) Functional genomics - the analysis of gene and non-gene sequences, particularly all those genes that make RNA or the transcriptome, and all those genes that make only mRNA for translation into protein, or the proteome, (c) comparative genomics - the comparison of entire genomes from different organisms to understand functional and evolutionary relationships and (d) Computational genomics is the comprehensive study of reading and interpreting genetic information of a cell or organism using computational analysis. |
| Duration |
Two years. Four Semesters with Eight Modules. The last module (Module 8) is exclusively for project work in collaboration with reputed biomedical institutes of India. |
| Eligibility |
Graduation in Biotech, Bioinformatics, Medicine, Veterinary, Agriculture, Chemical Science,
Biophysics, Biochemistry, Computer Science and other Biological Sciences with 60% marks for the subject.
Under graduates of Biomedical Engineering & Biotech Engineering are also eligible. |
|
| |
| m.Sc. Toxicology |
| Toxicology is an interdisciplinary scientific branch which studies toxicological aspects of pharmacology, pharmacognosy and drug development, botanical and chemical sciences, and ecology. The discipline is focused on toxicological aspects of all factors affecting the human organisms. Special attention is paid to toxic substances which are present in the air, water, food, plants, and environment, and as well as industrial toxins. Basic analytical methods for measuring concentrations of toxic substances in the air, water, food and in biological materials and the procedures in estimating drug toxicity are of primary importance and are taught in practical training settings which were created recently as an independent and obligatory subject followed by an examination. |
| Duration |
Two years. Four Semesters with Eight Modules. The last module (Module 8) is exclusively for project work in collaboration with reputed biomedical institutes of India. |
| Eligibility |
Graduation in Biotech, Bioinformatics, Medicine, Veterinary, Agriculture, Chemical Science,
Biophysics, Biochemistry, Computer Science and other Biological Sciences with 60% marks for the subject.
Under graduates of Biomedical Engineering & Biotech Engineering are also eligible. |
|
| |
| Selection: Based on aptitude test and interview. |
| Total number of Seats : 25 |
| Next >> |
|
