Biochemistry and Molecular Biology Course
- Offered bySwayam
Biochemistry and Molecular Biology Course at Swayam Overview
Duration | 12 weeks |
Mode of learning | Online |
Official Website | Go to Website |
Credential | Certificate |
Biochemistry and Molecular Biology Course at Swayam Highlights
- Earn a Certification from Swayam
Biochemistry and Molecular Biology Course at Swayam Course details
- Learners will be able to understand about DNA & RNA and increase their comprehension about genetic coding
- Learners will also be able to distinguish between DNA isolation in bacteria, plants and animals.
- Biochemistry is the branch of science that explores the chemical processes within and related to living organisms.
- On the other hand, ‘Molecular Biology’ deals with a wide scope of issues related with molecular and cell biology, including structural and functional genomics, bioinformatics, molecular immunology, etc
- From this course learners will be able to understand about carbohydrates, lipids & vitamins
- They will be able to discern the functioning of proteins nucleic acids & enzymes and comprehend about cell structure
Biochemistry and Molecular Biology Course at Swayam Curriculum
Week 1
Lecture 1 - STRUCTURE AND CLASSIFICATION OF CARBOHYDRATES
Lecture 2 - STRUCTURE AND CLASSIFICATION OF LIPIDS
Lecture 3 - FAT SOLUBLE VITAMINS
Lecture 4 - WATER SOLUBLE VITAMINS
Week 2
Lecture 5 - STRUCTURE OF PROTEIN
Lecture 6 - NUCLEIC ACID - DNA
Lecture 7 - RIBONUCLEIC ACID (R.N.A.)
Lecture 8 - TYPES OF IMMUNITY : INNATE IMMUNITY
Week 3
Lecture 9 - TYPES OF IMMUNITY - ADAPTIVE IMMUNITY
Lecture 10 - PRIMARY AND SECONDARY IMMUNE RESPONSES
Lecture 11 - HUMORAL IMMUNITY
Lecture 12 - CELL MEDIATED IMMUNITY
Week 4
Lecture 13 - ANTIGENS
Lecture 14 - ANTIBODIES
Lecture 15 - ANTIGEN ANTIBODY INTERACTION
Lecture 16 - IMMUNOTECHNIQUES
Week 5
Lecture 17 - TUMOUR IMMUNOLOGY
Lecture 18 - ANIMAL CELL CULTURE
Lecture 19 - CELLS LINES AND GROWTH CURVE
Lecture 20 - TRANSFECTION OF CELL LINES
Week 6
Lecture 21 - TRANSFECTION OF ANIMAL CELLS
Lecture 22 - ANTIBIOTIC RESISTANCE PART-I
Lecture 23 - ANTIBIOTIC RESISTANCE PART-II
Lecture 24 - STEM CELL CULTURE
Week 7
Lecture 25 - APPLICATION OF STEM CELLS
Lecture 26 - STRUCTURE OF DNA
Lecture 27 - PROKARYOTIC DNA REPLICATION
Lecture 28 - EUKARYOTIC DNA REPLICATION
Week 8
Lecture 29 - TRANSCRIPTION
Lecture 30 - RNA PROCESSING
Lecture 31 - TRANSPORTATION OF RNA OUT OF NUCLEUS
Lecture 32 - POLYADNYLATION AND SPLICING
Lecture 33 - TRANSPOSABLE ELEMENTS
Week 9
Lecture 34 - GENETIC CODE AND WOBBLE HYPOTHESIS
Lecture 35 - PROKARYOTIC TRANSLATION
Lecture 36 - EUKARYOTIC TRANSLATION
Week 10
Lecture 37 - PROKARYOTIC TRANSCRIPTION REGULATION
Lecture 38 - GENE REGULATION IN EUKARYOTES
Lecture 39 - ISOLATION OF DNA FROM BACTERIA
Lecture 40 - D.N.A. ISOLATION FROM PLANT & ANIMAL CELLS
Week 11
Lecture 41 - CLONING VECTORS
Lecture 42 - ENZYMES USED IN RECOMBINANT DNA TECHNOLOGY
Lecture 43 - METHODS OF GENE TRANSFER
Lecture 44 - EXPRESSION AND DETECTION OF CLONES
Week 12
Lecture 45 - BLOTTING TECHNIQUES
Lecture 46 - POLYMERASE CHAIN REACTION
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