Courses Offered
M.Sc. Biochemistry:
This is a four-semester program based on choice-based credits system. In addition to crediting several theoretical and laboratory-based core courses, a student needs to choose from a wide variety of foundation courses and elective courses. The students also undertake an in-house research project in the final year.
Integrated MSc-Ph.D. Biochemistry and Molecular Biology:
This is a 5-year program extendable up to a maximum of 8 years. During the initial 2 years, students will be involved in an extensive course work, which needs to be completed before continuing to the Ph.D. stream. The course structure is similar but not identical to that of M. Sc. Biochemistry consisting of core courses, foundation courses, and elective courses. Students who are unable to secure a minimum of 7.5 CGPA, but are able to pass the minimum prescribed course work, cannot continue for Ph.D. but are offered a path of exiting the course with a degree in M.Sc. Biochemistry and Molecular Biology. The students with an overall CGPA of 7.5 or higher during their 4 semesters of coursework and project may be promoted to Ph.D. stream. They will carry out their work under the supervision of a faculty member and are advised by a doctoral committee. They are required to complete a program of Ph.D. coursework in the first semester of Ph.D. They are also required to actively participate in journal club seminars, research work presentation, etc. Publishing research articles in highly reputed journals is a requirement before submission of the thesis work.
Ph.D. Biochemistry:
This is a 5-year program extendable up to a maximum of 6 years according to UGC regulations. They will carry out their work under the supervision of a faculty member and are advised by a doctoral committee. During the first semester, students will be involved in course work for a total of 12 credits. The students also need to actively participate in journal club seminars, research work presentation etc. Publishing research articles in highly reputed journals is a requirement before submission of the thesis work.
1. MSc Animal Biology and Biotechnology: The curriculum of the course has a mix of basic
and modern aspects of Biology and Biotechnology. The four-semester program is
comprised of core courses in the first two semesters followed by elective
courses during the third and fourth semesters. The core courses offer an
in-depth knowledge in Evolutionary Biology, Biochemistry, Microbiology, Cell
Biology, Molecular Biology, Mammalian Physiology, Developmental Biology,
Enzymology and Intermediary Metabolism, Genetics, Endocrinology and
Reproductive Biology, Immunology, Stem Cell Biology and Transgenic Technology.
The elective courses offered during third and fourth semesters include:
Epigenetics & Nuclear Dynamics, Vaccinology, Infection Biology, Oxidative
Stress and Antioxidants in Health and Disease, Aquaculture: Nutraceutical &
Pharmaceutical Applications, Neurobiology, Cancer and Cancer Stem Cell Biology,
Chronobiology, Signal Transduction, Gene Regulatory Networks, and Heterologous
Gene Expression and Downstream Processing. The students are required to take a
total of four elective courses with the freedom to opt for electives offered by
the other departments. The Department of Animal Biology provides comprehensive
practical courses that provides hands-on-experience in Molecular Biology,
Microbial and Mammalian culture, and protein purification. During third and
fourth semesters, the students pursue problem-oriented research work in
individual faculty laboratories allotted to them at the end of 2nd Semester as
part of early hand holding and providing them an opportunity to develop
experimental skills. Thus, the MSc program provides the students not only broad
range of areas of research, but also provides an opportunity to develop mastery
skills on the frontiers of biological sciences.
2. Ph.D. in Animal Biology: The faculty members of the Department of
Animal Biology play the active role of mentor by ensuring innovative research
and training of Ph.D. students. Students are selected into the PhD program,
based on their performance in the entrance examination followed by the
interview. Admitted students are offered their choice of
mentor to pursue their research interest. Only one written entrance examination
will be conducted for intake of Ph.D. Students in July session. For remaining
seats to be filled in Dec-Jan session, written entrance examination will not be
conducted and only JRF Fellowships holders can apply for selection through
interview only.
Programmes of Study:
1. M.Sc. Biotechnology: (Sponsored by DBT, Govt. of India)
This flagship course was introduced in the year 1990 under the nationwide post graduate program by the Department of Biotechnology (DBT), Ministry of Science and Technology, Government of India. The program comprises of four-semesters with credit system of evaluation and latest curriculum recommended by DBT. Students can choose elective courses offered at Department/School level and the Foundation courses offered at University level. In addition to rigorous academic training, students interact with Biotech industries to avail opportunities for learning translational aspects of product development and commercialization. After successful completion of 2 semesters of coursework, students shall be assigned to the available project supervisors based on the criteria in practice or as decided by the admission committee/Department/School. Short-term industrial training and internships are encouraged during summer and winter breaks as per the guidelines of DBT, Govt. of India.
Application Process : Selection is based on "Graduate Aptitude Test for Biotechnology (GAT-B)-2020" conducted by Regional Centre for Biotechnology, Faridabad. A separate call for admissions to this program will be announced by University of Hyderabad soon after GAT-B scores are announced. All students admitted to this program will receive a montly stipend of Rs. 5000/-
2. M.Tech Bioinformatics: (Sponsored by the UGC under Innovative program and approved by AICTE):
M.Tech. Bioinformatics is a state-of-art course approved by AICTE. The
course is designed to train students in theory and computational techniques
including hands-on practice using state of the art servers and computer labs
equipped with different software packages. The program is truly
interdisciplinary and is offered with the help of different collaborating
entities/scientists and computer experts within and outside the University.
Each year, some of the students obtain attractive placement opportunities from
reputed software and bioinformatics companies. The courses spread over first
two semesters include computer programming, proteomics, basic mathematics and
statistics molecular modelling, genomics, bioinformatics, molecular dynamics,
drug design, machine learning and data analytics, mathematical modelling of
biological systems and metagenomics etc. Students are encouraged to choose one
elective course in the first and in the second semesters either within the
department or from the other Schools of the University. The students will carry
out a full-time project work during their 3rd & 4th
semesters under the guidance of a faculty member, either at the Department or
elsewhere in a collaborative mode. After successful completion of 2 semesters
of coursework, the students shall be assigned to the available project supervisors,
based on the criteria in practice or as decided by the admission committee/Department/School.
3. Integrated M.Sc./Ph.D Biotechnology:
This is a 5 year program extendable up to a maximum of 8 years. During the initial 2 years, students will be involved in an extensive course work, which needs to be completed before continuation to the PhD stream. The course structure is similar to that of M.Sc. Biotechnology consisting of core courses, foundation courses and elective courses. At the end of 2nd semester, students shall be assigned to the available research supervisors based on the criteria in practice or as decided/suggested by the admission committee/ Department/School. After completion of fourth semester, students have the choice to exit with a M.Sc. Degree or continue for their Ph.D. program. Students are expected to exercise this option by the end of February during their fourth semester. Students who could not secure at least 7.5 CGPA, and could not secure at least B grade in each course, should exit the program compulsorily with a degree in M.Sc. Biotechnology. The students with an overall CGPA 7.5 or higher obtained during their 4 semesters of the coursework and project will be allowed to continue to their PhD stream. They are also advised by a doctoral committee as described for regular PhD Biotechnology students. They also need to complete PhD course work in the first year of their PhD tenure as per UGC regulations and actively participate in journal club seminars, research work presentation etc. UGC regulations for awarding PhD will be followed after promoting the student from M.Sc to PhD program. (Relaxation for women candidates are as indicated in the UGC guidelines).
4. Ph.D Biotechnology:
This is generally a 3 to 6 years course (Relaxation
for women candidates are as indicated in the UGC guidelines) and in the first
year there will be a minimal but essential Ph.D. course work component to
assess for interdisciplinary skills and impart training in research methodology
and ethics etc. Soon after admissions, the students are expected to begin their
work under the supervision of a faculty member and are advised by the doctoral
committee from time to time. They have to actively participate in Journal club
seminars and research work presentation at the end of the semester. As per UGC
guidelines PhD student have to publish at least one paper in peer reviewed
journal and present their work in two conferences. The research students have
to present their work in a comprehensive seminar before submission of their
thesis. The students shall be assigned to the available research supervisors at
the time of selection based on the criteria in practice or as decided/suggested
by the admission committee/Department/ School.
- Biological networks Spatio-temporal dynamics of protein-protein interaction networks in human health and disease conditions.
- Disease Informatics & Biomarker discovery
- Prediction and modelling of disease causing mutations in human proteins.
- Identification of potential prognostic signature for predicting survival in cancers.
- Protein evolution, structure and interactions Evolution, Conformational landscape and functions of intrinsically disordered regions in proteins.
- Non-coding RNA biology Identification and characterization of novel long non-coding RNAs.
- Metagenomics Metagenome analysis of gut and root microbiota in healthy and disease conditions and also of soil bacteria found near industrial effluent treatment plants.
- Integration of high-throughput data Integration of various omics data for gene knowledge mining and improvement of genome annotation.