University established through Act no. 47 of 2013 in Karnataka State and approved by UGC, Govt. of India

Where India Stands in Terms of Biotechnological, Biochemical, and Genetic Research

The study of science is constantly evolving. Gone are the days when students pursuing science had to flip a coin to choose which scientific field to study: engineering or medicine. With new scientific discoveries every day, the scope of science as a field is expanding in India. Keeping science’s research and prospects in mind, institutes like Garden City University have incorporated rising science subjects into their course, such as biotechnological, biochemical, and genetic research.

Scope of Biotechnological, Biochemical, and Genetic Research

As Asia’s third-best market and securing a spot in the world’s 12 top-most locations for biotechnology, India’s future in life sciences is rich and promising. Healthcare, textile, pharmaceutical, agriculture, cosmetics, and ecology — biotech’s scope spreads far and wide across multiple disciplines.

The field of genetics primarily revolves around the hereditary nature of the body, such as diseases passed down from genes. Since genetics studies genes, learning about DNA evolution, samples, mutation, cell biology, and medical and scientific aspects of cellular conditions is essential. Studying various genotypes, genetic disorders, and mutation patterns, and identifying ailments fall under genetics as a research area. The Department of Biotechnology (DBT) of India’s Ministry of Science and Technology has supported 138 scientists and 118 projects, made 136 publications and filed and granted 6 patents.

India is a rising force in the study of biochemistry. A combination of biology, chemistry, and physiology, biochemistry is a vast chemical and life science field. As an application that deals with cellular and molecular development and evolution, biochemistry studies the creation and composition of living organisms and cells.

However, all three science disciplines — biotechnology, biochemistry, and genetics — are intricate life sciences, and to study one, students must have a thorough knowledge of all other related and involved subjects. Programmes such as Garden City University’s Biotechnology, Biochemistry, and Genetics programme, teach students about the workings, history, subjects, and scope of life sciences and prepare them for any field they wish to enter.

Topics Related to Biotechnological, Biochemical, and Genetic Research

Since biotechnology, biochemistry, and genetics cover different arrays of the life science industry, theoretical and practical knowledge and understanding of the industry’s research field and needs are crucial. As an interconnected research programme, a student studying this course must be proficient in various subjects, such as:

  • Cell Biology and its fundamentals: Structure of cell biology, membrane biology, cellular composition.
  • Biological Chemistry: Chemical bonds, biomolecules, acidic and basic solutions.
  • Fundamentals of Genetics: Mendelian theory and evolutionary genetics.
  • General Microbiology: Sterilisation, creating and maintaining microorganisms, history, evolution, and microbiology instrumentation.
  • Molecular Biology
  • Metabolism and Bio-Energetics
  • Evolutionary Genetics
  • DNA Technology
  • Immunology
  • Plant Biotechnology and Techniques
  • Animal Biotechnology
  • Enzymology
  • Behavioural Neurogenetics
  • Bioprocess Technology
  • Environmental Biotechnology
  • Nutrition and Diet Studies
  • Phytochemistry

In addition to studying the related courses, having an in-depth knowledge of life science’s prospects and learning to develop critical thinking skills is just as vital for the development of the students. A carefully and thoroughly curated course structure, which teaches all the topics related to biotech, biochemistry, and genetics separately and together, is essential to contribute to the scientific industry. Programmes like GCU’s research programmes for BSc and MSc instil professionalism and core values in students, explore the study of human, plant, and animal biology, and develop new strategies and techniques to obtain and reach a better quality of life.

In Conclusion

As a flourishing destination for medical advancements, research, and healthcare developments, India is constantly contributing to scientific research regarding biotechnology, biochemistry, and genetics. The 2022-23 Union Budget has allotted USD 343.56M to the DBT to develop infrastructure, train personnel, and make advances in genetic engineering, agricultural biotechnology, and bioinformatics. Studying from an institution specialising in scientific and medical disciplines will equip the students with proper scientific knowledge, open doors for exciting job prospects, and create new products to expand India’s life science field further.

If you are looking for an institution that delivers top life science education taught by highly skilled, experienced and renowned professors and researchers, visit Garden City University for a refreshing, thorough, and exciting learning journey.


The legacy of Garden City University comes from the Garden City Group of Institutions established in 1992.

The Garden City Group of Institutions has been a home for students from 81 nations to this day and the family is growing...

Please note : The above data need not be misread as that of Garden City University which commenced its operations in 2017; however GCU is a part of the Garden City Group of Institutions established in 1992.