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Best M.Sc Biochemistry College in Dehradun
Molecular Biology
Organic Chemistry
Amino Acid
Enzyme
M.Sc in Biochemistry is a 2-year postgraduate program that allows you to understand the chemical processes associated with living organisms. This program includes an aggregate of biology and chemistry. It is affiliated with HNBGU which is a well-known university that affiliates with many other colleges.
The department of the latest science handling the study of all of the existing processes such as control and coordination within a living organism is referred to as Biochemistry.
It especially deals with the study relating to the shape and capabilities of the biomolecules which include carbohydrates, proteins, acids, and lipids. Consequently, it is also called Molecular biology. Biochemistry is both life science and a chemical – it explores the chemistry of living organisms and the molecular basis for the changes going on in residing cells.
Biochemistry is unexpectedly expanding, turning into one of the most influential areas of day-to-day technology. It consists of extensive areas of molecular biology as well as cell biology. It is relevant daily molecules that make up the shape of organs and cells that is the molecular anatomy. It describes carbon compounds and the reactions they go through in living organisms. It also describes molecular body structure, that’s the feature of molecules in carrying out the necessities of the cells and organs.
Medicinal drugs are simply one field that has benefited from biochemistry. The subject has made critical contributions to the fields modern which include cell biology, body structure, pathology, pharmacology, microbiology, immunology, vitamins, forensic medicine, and, as well as the fields of infection, cell injury, and cancer. Apart from medicinal drugs, biochemical research is likewise carried out in the industry, agriculture, and food production. Whilst taking these kinds of programs into daily consideration, it’s clear that biochemistry is far away from a single, monolithic subject.
The chemistry additionally relies upon the reactions daily happening at smaller molecules and ions. Those molecules can be organic (e.g. the amino acids that are used every day to synthesize proteins) or inorganic (e.g. water and steel ions).
There are various reasons to pursue this route. A few of those motives are indexed below which will actually persuade you to opt for this route:
| SOLS/Biochem/C001 | Lab Course – 1 |
| SOLS/ Biochem/C002 | Lab Course – 2 |
| SOLS/ Biochem/C003 | Biomolecules |
| SOLS/ Biochem/C004 | Cell Biology & Physiology |
| SOLS/ Biochem/C005 | Plant Biochemistry |
| SOLS/ Biochem/C006 | Biochemical & Biophysical Techniques |
| SOLS/Biochem/C007 | SOLS/Biochem/C012 |
| SOLS/Biochem/C008 | Lab Course – 4 |
| SOLS/Biochem/C009 | Metabolism -I |
| SOLS/Biochem/C010 | Metabolism -II |
| SOLS/Biochem/C011 | Basic & Industrial microbiology |
| SOLS/Biochem/C012 | Nutritional Biochemistry |
| SOLS/Biochem/C013 | Lab Course – 5 (Based on 2 core courses) |
| SOLS/ Biochem/E004 | Lab Course – 6 (Based on 2 elective courses) |
| SOLS/ Biochem/C014 | Molecular Biology |
| SOLS/ Biochem/C015 | Enzymology |
| SOLS/ Biochem/E001 | Methods in Molecular biology |
| SOLS/ Biochem/E002 | Clinical Biochemistry |
| SOLS/ Biochem/E010 | Project |
| SOLS/ Biochem/C016 | Neurobiochemistry |
| SOLS/ Biochem/C017 | Immunology |
| SOLS/ Biochem/E005 | Bio-statistics, Bio-informatics &Quality Management |
| SOLS/ Biochem/E006 | Clinical Research and Pharmacology |
| SOLS/ Biochem/E007 | Drug design |
| SOLS/ Biochem/E008 | Environmental Biochemistry & Toxicology |
| SOLS/ Biochem/E009 | Lab Course – 7 (Based on two elective Theory papers) |
| SOLS/ Biochem/E010 | Project Work |
BFIT College is proud to announce the launch of BFIT 2.0, a revolutionary approach to education that recognizes students as customers who are investing in their future. With this new approach, BFIT 2.0 is taking a student-centric approach to education, providing students with the tools and resources they need to succeed in their chosen career path. This new approach is being applied to select courses run under School of Agriculture Sciences, School of Life & Allied Sciences, School of Health Sciences, School of Paramedical Sciences, School of Pharmaceutical Sciences only.
Gone are the days of one-size-fits-all education. BFIT 2.0 breaks the mold by recognizing that each student has unique goals and aspirations. BFIT 2.0 has tailored its programs to meet their individual needs, whether students want to pursue a career in industry, become entrepreneurs, do research, or clear government exams.
At the heart of BFIT 2.0 is a focus on innovative, hands-on, experiential learning. This approach to education is inspired by the first-principle thinking of successful people like Elon Musk and Steve Jobs, who brought innovation to their companies. BFIT 2.0 believes that education should prepare students for success in the real world and is committed to breaking the stereotypes associated with traditional education.
BFIT 2.0 is a stark departure from the traditional approach of bringing in Personal Development Program (PDP) trainers for a few days or inviting recruiters on the last day of college. BFIT 2.0 is a complete development journey, from day one to graduation. It offers students the opportunity to build their skills and knowledge throughout their time at college, providing them with the support and resources they need to succeed in their chosen career path.
The end product of BFIT 2.0 is not just a degree; it is a comprehensive education that imparts the skills and knowledge needed to succeed in the modern world. BFIT 2.0’s success will be measured by the success of its students, and BFIT 2.0 is designed to provide the resources and support needed to help students achieve a high return on their investment in their education.
“Education is about more than just passing exams; it’s about preparing students for success in the real world,” said Bhupinder Singh Arora, CEO & Founder, BFIT 2.0. “With BFIT 2.0, we are treating our students as customers and providing them with the tools and resources they need to succeed in their chosen career path, giving them the best possible return on their investment in their education.”
BFIT invites the public to learn more about BFIT 2.0 and how it is transforming the future of education.
Fee applicable to applicants admitted on the basis of AIBFEE (M.Sc. Biochemistry) will be as per details.
Download fee structure from the below link: Click Here
Admission in Post Graduate Course- M.Sc Biochemistry is based on Percentage of the graduation marks / AIBFEE Exam / GD-PI.
Rewarding job positions are open to MSc Biochemistry graduates in the field of science, education, marketing, engineering, and alike. Some of those job positions are mentioned underneath with their roles and jobs.
Research Scientist: The function of a research scientist is to collect and analyze statistics. Their most important intention is to design work for educational subjects and theories
Lab Technician: Lab Technician’s responsibility is to perform laboratory approaches. They ought to perform clerical functions in labs.
Pharmacologists: Pharmacologists’ job function is to study and record the methods of how drugs and pills interact with the human frame and animal beings.
Professor: Professors are chargeable for shaping the profession of the students by making ready lectures for them inside the issue and with the aid of clearing their doubts.
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The average salary for the M.Sc Biochemistry candidates is between INR 4LPA – 10LPA.
The different employment areas for the M.Sc Biochemistry candidates are:
The top positions for M.Sc Biochemistry candidates are:
The top recruiters of M.Sc Biochemistry candidates are:
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