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Biomolecules essentials

Course Reviews

Track :

Science

Lessons no : 36

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What will you learn in this course?
  • Understand the structure and function of DNA, RNA, and nucleotides in genetic information transfer and replication
  • Identify and describe the roles of proteins, enzymes, and amino acids in biological processes and enzyme activity
  • Explain the composition, types, and functions of lipids, including fats, phospholipids, and steroids in cell membranes and energy storage
  • Analyze the structure and classification of carbohydrates, including monosaccharides, disaccharides, and polysaccharides, in energy metabolism
  • Apply knowledge of biomolecule interactions to understand metabolic pathways and biochemical reactions in living organisms
  • Recognize the importance of biomolecules in health, disease, and biotechnology applications
  • Differentiate between various biomolecules based on their chemical properties and biological roles
  • Describe methods used to isolate, analyze, and characterize biomolecules in laboratory settings
  • Explain the significance of biomolecules in nutrition, medicine, and pharmaceutical industries
  • Assess the impact of structural variations in biomolecules on their biological functions and interactions
  • Utilize biochemical concepts to troubleshoot and optimize laboratory experiments involving biomolecules
  • Communicate complex biochemical information clearly and effectively in scientific discussions and reports

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Lessons | 36
Essentials of Biomolecules Nucleic Acids and Peptides
00:05:31

Essentials of Biomolecules Nucleic Acids and Peptides
Lec 1 Importance of Biomolecules
00:51:00

Lec 1 Importance of Biomolecules
Lec 2 DNA double helix Chemical parameters
00:45:26

Lec 2 DNA double helix Chemical parameters
Lec 3 DNA and Proteins
00:47:35

Lec 3 DNA and Proteins
Lec 4 Amino acids and Proteins
00:50:32

Lec 4 Amino acids and Proteins
Lec 5 Protein 3D structures folding and denaturation
01:03:56

Lec 5 Protein 3D structures folding and denaturation
Lec 6 Chemical synthesis pyrimidine nucleobases
00:54:27

Lec 6 Chemical synthesis pyrimidine nucleobases
Lec 7 Chemical synthesis purine nucleobases Prebiotic chemistry
00:56:04

Lec 7 Chemical synthesis purine nucleobases Prebiotic chemistry
Lec 8 Synthesis of nucleosides
00:57:32

Lec 8 Synthesis of nucleosides
Lec 9 Solid phase DNA synthesis
00:44:36

Lec 9 Solid phase DNA synthesis
Lec 10 Chemistry and Biology of DNA Replication
00:42:03

Lec 10 Chemistry and Biology of DNA Replication
Lec 11 Chemistry of Polymerase Chain Reaction
00:45:06

Lec 11 Chemistry of Polymerase Chain Reaction
Lec 12 Major components and steps involved in Polymerase chain reaction
00:50:12

Lec 12 Major components and steps involved in Polymerase chain reaction
Lec 13 DNA sequencing Sanger s di deoxy method
00:52:56

Lec 13 DNA sequencing Sanger s di deoxy method
Lec 14 DNA sequencing Maxam Gilbert method
00:54:53

Lec 14 DNA sequencing Maxam Gilbert method
Lec 15 Numerical Problem 1
00:53:35

Lec 15 Numerical Problem 1
Lec 16 Sugar Chemistry
01:00:24

Lec 16 Sugar Chemistry
Lec 17 Chemistry behind DNA damage and mutation
00:56:04

Lec 17 Chemistry behind DNA damage and mutation
Lec 18 Chemistry behind DNA damage and mutation
00:47:42

Lec 18 Chemistry behind DNA damage and mutation
Lec 19 DNA repair
00:56:51

Lec 19 DNA repair
Lec 20 Transcription The transfer of genetic information from DNA to mRNA
00:36:09

Lec 20 Transcription The transfer of genetic information from DNA to mRNA
Lec 21 Translation The transfer of genetic information from mRNA to protein I
00:46:40

Lec 21 Translation The transfer of genetic information from mRNA to protein I
Lec 22 Translation The transfer of genetic information from mRNA to protein II
00:56:12

Lec 22 Translation The transfer of genetic information from mRNA to protein II
Lec 23 Role of Ribosome in protein synthesis and the concept of codon
00:53:36

Lec 23 Role of Ribosome in protein synthesis and the concept of codon
Lec 24 Protein sequencing using Sanger s and Edman s degradation methods
01:00:41

Lec 24 Protein sequencing using Sanger s and Edman s degradation methods
Lec 25 Mass spectroscopy and other sequencing methods for large proteins
00:48:23

Lec 25 Mass spectroscopy and other sequencing methods for large proteins
Lecture 26 Solution phase peptide synthesis mechanism and end protection
00:55:38

Lecture 26 Solution phase peptide synthesis mechanism and end protection
Lecture 27 Peptide coupling agents Solid phase synthesis peptide based therapeutics
00:56:46

Lecture 27 Peptide coupling agents Solid phase synthesis peptide based therapeutics
Lecture 28 Spectroscopic techniques
00:56:02

Lecture 28 Spectroscopic techniques
Lecture 29 Spectrospic techniques II and Purification technique I of biomolecules
00:59:24

Lecture 29 Spectrospic techniques II and Purification technique I of biomolecules
Lecture 30 Purification techniques II and Characterization techniques of biomolecules
01:00:32

Lecture 30 Purification techniques II and Characterization techniques of biomolecules
Lecture 31 Molecular probes PNA and LNA I
00:58:11

Lecture 31 Molecular probes PNA and LNA I
Lecture 32 Molecular Probes PNA and LNA II
00:57:40

Lecture 32 Molecular Probes PNA and LNA II
Lecture 33 Carbohydrate chemistry I Introduction and Synthesis
01:02:01

Lecture 33 Carbohydrate chemistry I Introduction and Synthesis
Lecture 34 Carbohydrate chemistry II Polysaccharides and its nanoparticles
01:06:18

Lecture 34 Carbohydrate chemistry II Polysaccharides and its nanoparticles
Lecture 35 Carbohydrate chemistry III Synthesis of nanoparticles Recap of all modules
01:06:35

Lecture 35 Carbohydrate chemistry III Synthesis of nanoparticles Recap of all modules


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Kashish 

Good
2026-05-02

shreya 

good course
2026-04-22

Kashish choudhary 

Good
2026-04-21

Dr. Preeti 

Very informative course
2026-04-20

N Deekshith raj 

5
2026-04-10

Elizabeth morina Yakubu 

I enjoyed the course
2025-04-01

Hilal ahmad 

informative
2025-01-20

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Biomolecules essentials course in hindi, in this course we explore the fundamental building blocks of life, including DNA, proteins, lipids, and carbohydrates.