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Genetic Engineering Basics

Course Reviews

Track :

Science

Lessons no : 51

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What will you learn in this course?
  • Master techniques for DNA manipulation and gene editing using CRISPR, PCR, and cloning methods for biotechnology applications
  • Apply genetic engineering principles to develop genetically modified organisms (GMOs) for agriculture, medicine, and industry
  • Evaluate ethical considerations and biosafety protocols in genetic modification practices for responsible research and development
  • Design genetic constructs and vectors for targeted gene insertion, deletion, or modification in diverse organisms
  • Analyze the role of genetic engineering in advancing personalized medicine, gene therapy, and disease resistance strategies
  • Implement laboratory protocols for isolating, amplifying, and sequencing genetic material in research projects
  • Utilize bioinformatics tools to analyze genetic data and predict gene function in genetic engineering projects
  • Assess regulatory frameworks and intellectual property issues related to genetically modified organisms and products

How to Get The Certificate

  • You must have an account Register
  • Watch All Lessons
  • Watch at least 50% of Lesson Duration
  • you can follow your course progress From Your Profile
  • You can Register With Any Course For Free
  • The Certificate is free !
Lessons | 51
Genome Editing and Engineering Intro Video
00:07:37

Genome Editing and Engineering Intro Video
Lec 1 Introduction Genes and Genome Organization
01:06:25

Lec 1 Introduction Genes and Genome Organization
Lec 2 History and Basics of Genetic Engineering
00:58:55

Lec 2 History and Basics of Genetic Engineering
Lec 3 Advantages and Limitations of Genetic Engineering
01:04:28

Lec 3 Advantages and Limitations of Genetic Engineering
Lec 4 Breakage of Genomic DNA
00:45:01

Lec 4 Breakage of Genomic DNA
Lec 5 Repair of Genomic DNA
00:56:43

Lec 5 Repair of Genomic DNA
Lec 6 Homologous and non homologous recombination
00:58:12

Lec 6 Homologous and non homologous recombination
Lec 7 Site specific recombination
00:41:04

Lec 7 Site specific recombination
Lec 8 Targeted genetic modification I
00:50:41

Lec 8 Targeted genetic modification I
Lec 9 Targeted genetic modification II
00:59:24

Lec 9 Targeted genetic modification II
Lec 10 Basics of Zinc Finger Nucleases
00:51:28

Lec 10 Basics of Zinc Finger Nucleases
Lec 11 Design of Zinc Finger Nucleases for genome editing
01:02:28

Lec 11 Design of Zinc Finger Nucleases for genome editing
Lec 12 Applications of Zinc Finger Nucleases PART A
00:32:33

Lec 12 Applications of Zinc Finger Nucleases PART A
Lec 13 Applications of Zinc Finger Nucleases PART B
00:31:34

Lec 13 Applications of Zinc Finger Nucleases PART B
Lec 14 Basics of TALEN PART A
00:25:23

Lec 14 Basics of TALEN PART A
Lec 15 Basics of TALEN PART B
00:35:34

Lec 15 Basics of TALEN PART B
Lec 16 Design of TALEN for genome editing PART A
00:35:02

Lec 16 Design of TALEN for genome editing PART A
Lec 17 Design of TALEN for genome editing PART B
00:23:30

Lec 17 Design of TALEN for genome editing PART B
Lec 18 Application of TALEN Part A
00:34:47

Lec 18 Application of TALEN Part A
Lec 19 Application of TALEN Part B
00:39:29

Lec 19 Application of TALEN Part B
Lec 20 CRISPR system in bacteria Part A
00:47:27

Lec 20 CRISPR system in bacteria Part A
Lec 21 CRISPR system in bacteria Part B
00:30:40

Lec 21 CRISPR system in bacteria Part B
Lec 22 CRISPR Cas9 in Genome Editing Part A
00:35:54

Lec 22 CRISPR Cas9 in Genome Editing Part A
Lec 23 CRISPR Cas9 in Genome Editing Part B
00:36:35

Lec 23 CRISPR Cas9 in Genome Editing Part B
Lec 24 Applications of CRISPR Cas9 Part A
00:30:59

Lec 24 Applications of CRISPR Cas9 Part A
Lec 25 Applications of CRISPR Cas9 Part B
00:29:56

Lec 25 Applications of CRISPR Cas9 Part B
Lec 26 Computational Resources for CRISPR Cas Part A
00:35:04

Lec 26 Computational Resources for CRISPR Cas Part A
Lec 27 Computational Resources for CRISPR Cas Part B
00:27:12

Lec 27 Computational Resources for CRISPR Cas Part B
Lec 28 Human cell engineering in diseases Thalassemia Part A
00:33:55

Lec 28 Human cell engineering in diseases Thalassemia Part A
Lec 29 Human cell engineering in diseases Thalassemia Part B
00:36:43

Lec 29 Human cell engineering in diseases Thalassemia Part B
Lec 30 Human cell engineering in diseases Severe combined immunodeficiency SCID Part A
00:44:35

Lec 30 Human cell engineering in diseases Severe combined immunodeficiency SCID Part A
Lec 31 Human cell engineering in diseases Severe combined immunodeficiency SCID Part B
00:32:29

Lec 31 Human cell engineering in diseases Severe combined immunodeficiency SCID Part B
Lec 32 Human cell engineering in diseases Hemophilia Part A
00:36:55

Lec 32 Human cell engineering in diseases Hemophilia Part A
Lec 33 Human cell engineering in diseases Hemophilia Part B
00:37:52

Lec 33 Human cell engineering in diseases Hemophilia Part B
Lec 34 Animal models Part A
00:33:00

Lec 34 Animal models Part A
Lec 35 Animal models Part B
00:41:38

Lec 35 Animal models Part B
Lec 36 iPSc models Part A
00:52:38

Lec 36 iPSc models Part A
Lec 37 iPSc models Part B
00:34:58

Lec 37 iPSc models Part B
Lec 38 Cancer disease models Part A
00:31:32

Lec 38 Cancer disease models Part A
Lec 39 Cancer disease models Part B
00:26:32

Lec 39 Cancer disease models Part B
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4.7
31 Reviews
Komal Chandel 

Nice to learn
2025-12-23

Apoorva Mehra 

Good
2025-12-17

Inderjeet Singh 

Nice for learning
2025-12-03

Anjali Rani 

Excellent
2025-12-01

Pooja Sharma 

Good and knowledge
2025-11-30

Khushboo 

Video are very good and nice
2025-11-30

Swarnima singh 

good
2025-11-29

Sargam 

It's really helpful for basics as well as advance learning of genetic engineering.
2025-11-29

MAHIMA GOSWAMI CCT212026 

Great
2025-11-29

Diksha 

Knowledgeable
2025-11-29

Tannu Nirala 

Good
2025-11-28

Khushboo patel 

Excellent
2025-11-28

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Genetic Engineering course, in this course we explore the principles and applications of modifying genetic material in living organisms for various purposes.