Programme overview
Main Subject
Biological Sciences
Degree
MSc
Study Level
Masters
Study Mode
On Campus
1. develops understanding of the major concepts and principles in Biochemistry.
2. have an awareness of how bio- molecules, metabolic pathways, regulated expression, cells and organs interact in a co-ordinated manner to maintain life.
3. will be able to operate and explain the theoretical basis of common instruments used in a biochemical laboratory and perform important biochemical, immunological and simple molecular biology techniques and understand the concepts behind the advanced molecular biology techniques
4. be capable to imbibe and devise protocols for enzymatic assays, enzyme kinetics, purification of proteins and nucleic acids
5. gain insight to perform and report routine investigations in hematology and biochemistry
6. be able to design a research project, work strategically and prepare articles for publications.
7. communicate scientific information effectively in academic meetings
8. be able to correlate the basics of biochemistry with other basic medical sciences.
9. be able to pursue a research career in basic medical sciences to work with etiopathogenesis, biomarkers and interventions.
10. be able to analyze, interpret biochemical data and demonstrate 3 the skills of solving clinical and scientific problems.
Programme overview
Main Subject
Biological Sciences
Degree
MSc
Study Level
Masters
Study Mode
On Campus
1. develops understanding of the major concepts and principles in Biochemistry.
2. have an awareness of how bio- molecules, metabolic pathways, regulated expression, cells and organs interact in a co-ordinated manner to maintain life.
3. will be able to operate and explain the theoretical basis of common instruments used in a biochemical laboratory and perform important biochemical, immunological and simple molecular biology techniques and understand the concepts behind the advanced molecular biology techniques
4. be capable to imbibe and devise protocols for enzymatic assays, enzyme kinetics, purification of proteins and nucleic acids
5. gain insight to perform and report routine investigations in hematology and biochemistry
6. be able to design a research project, work strategically and prepare articles for publications.
7. communicate scientific information effectively in academic meetings
8. be able to correlate the basics of biochemistry with other basic medical sciences.
9. be able to pursue a research career in basic medical sciences to work with etiopathogenesis, biomarkers and interventions.
10. be able to analyze, interpret biochemical data and demonstrate 3 the skills of solving clinical and scientific problems.
Scholarships
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