×
Create CV Books Summaries Online Courses Blog Communities

Login

Sign up
MindLuster Logo
Categories
Recent

Join Our Telegram Channel Now to Get Any New Free Courses : Click Here

r DNA technology

Track :

Medical
Course Presenter :

Bio science

Lessons no : 18

For Free Certificate After Complete The Course

To Register in Course you have to watch at least 30 Second of any lesson

Join The Course Go To Community Download Course Content

What will you learn in this course?
  • Understand the principles and applications of recombinant DNA technology in medicine, agriculture, and industry using key genetic tools and techniques
  • Identify and utilize essential molecular biology tools such as restriction enzymes, DNA ligase, vectors, and host cells for gene cloning and manipulation
  • Describe the step-by-step process of gene isolation, insertion, transformation, and expression in recombinant DNA experiments
  • Apply recombinant DNA techniques to produce pharmaceuticals like insulin and growth hormones effectively and safely
  • Evaluate the role of genetically modified organisms (GMOs) and gene therapy in modern biotechnology and healthcare
  • Assess ethical, safety, and regulatory considerations involved in recombinant DNA research and applications
  • Design and troubleshoot recombinant DNA experiments for research, industrial, or clinical purposes
  • Explain the impact of recombinant DNA technology on society, including benefits, risks, and future prospects

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 | 18
Bt cotton production Bacillus thuringiensis Action of Bt toxin Advantages Cry gene
00:13:26

Bt cotton production Bacillus thuringiensis Action of Bt toxin Advantages Cry gene
Production of Human growth hormone by rDNA technology Recombinant growth hormone or somatotropin
00:13:04

Production of Human growth hormone by rDNA technology Recombinant growth hormone or somatotropin
Recombinant Dna technology Production of insulin by rDNA technology Bio science
00:09:21

Recombinant Dna technology Production of insulin by rDNA technology Bio science
Western blotting technique Detection of proteins Principle Procedure Bio science
00:11:11

Western blotting technique Detection of proteins Principle Procedure Bio science
Northern blotting technique RNA blotting Detection of RNA Bio science
00:10:07

Northern blotting technique RNA blotting Detection of RNA Bio science
Southern blotting technique Made easy Bio science
00:14:07

Southern blotting technique Made easy Bio science
Polymerase chain reaction PCR Denaturation Annealing Extension Bio science
00:10:50

Polymerase chain reaction PCR Denaturation Annealing Extension Bio science
Construction of cDNA library Synthesis of cDNA rDNA Technology Bio science
00:11:55

Construction of cDNA library Synthesis of cDNA rDNA Technology Bio science
RFLP Restriction fragment length polymorphism Molecular markers RFLP mapping Bio science
00:11:50

RFLP Restriction fragment length polymorphism Molecular markers RFLP mapping Bio science
RAPD PCR Random amplified Polymorphic Dna Polymerase chain reaction Molecular markers
00:14:15

RAPD PCR Random amplified Polymorphic Dna Polymerase chain reaction Molecular markers
Restriction mapping Made easy to understand Physical mapping Gene mapping Bio science
00:19:29

Restriction mapping Made easy to understand Physical mapping Gene mapping Bio science
DNA Ligase enzyme and it s mechanism DNA ligation Bio science
00:11:31

DNA Ligase enzyme and it s mechanism DNA ligation Bio science
Restriction endonuclease enzyme Mechanism Briefly explained Bio science
00:10:07

Restriction endonuclease enzyme Mechanism Briefly explained Bio science
Sanger DNA sequencing Made easy to understand Bio science
00:17:57

Sanger DNA sequencing Made easy to understand Bio science
AFLP Amplified fragment length polymorphism Molecular markers Bio science
00:11:17

AFLP Amplified fragment length polymorphism Molecular markers Bio science
Production of vaccines HB vaccine HBv Procedure Bio science
00:10:16

Production of vaccines HB vaccine HBv Procedure Bio science
BIO science Trailer Here is the trailer and details of my channel
00:01:24

BIO science Trailer Here is the trailer and details of my channel
Edible vaccines Production in laboratory Benefits Oral vaccines Bio science
00:15:27

Edible vaccines Production in laboratory Benefits Oral vaccines Bio science


We Appreciate Your Feedback

Be the First One Review This Course

Excellent
0 Reviews
Good
0 Reviews
medium
0 Reviews
Acceptable
0 Reviews
Not Good
0 Reviews
0
0 Reviews
Vishal Kumar

A good content 2025-08-24

Babu Naik C K

It was very useful to me 2025-08-21

Ahamed Rafeeq . A.K

Very useful 2025-08-08

FREDDY SATURNIN POUKI

Very well explained. 2025-08-05

AISWARYA K UNNIKRISHNAN

Good 2025-08-04

Mary Mawia

It was a very interesting lesson and gained more knowledge and skills relevant for my field of work 2025-08-04

Awal Abdul Salam

Great lessons 2025-07-04

Bhavya Mishra

A helpful course for my project. 2025-06-03

Anam Amjad

good 2025-05-21

Mohit

Very informative lessons 2025-04-17

Our New Certified Courses Will Reach You in Our Telegram Channel
Join Our Telegram Channels to Get Best Free Courses

Join Now

Related Courses

Infection Control
19 Lessons

Infection Control

Male Reproductive
47 Lessons

Male Reproductive

Anatomy
38 Lessons

Anatomy

Pharynx
40 Lessons

Pharynx

Endocrine
27 Lessons

Endocrine

General Embryology
37 Lessons

General Embryology

General Embryology 2
52 Lessons

General Embryology 2

Hand
5 Lessons

Hand

Muscular System
21 Lessons

Muscular System

Digestive
38 Lessons

Digestive

Thigh
27 Lessons

Thigh

Forearm
54 Lessons

Forearm

Arm
58 Lessons

Arm

Shoulder
32 Lessons

Shoulder

Back sensory nerve supply
14 Lessons

Back sensory nerve supply

Axilla
28 Lessons

Axilla

r DNA technology, in this course we will learn about recombinant DNA (rDNA) technology—how scientists combine genetic material from different organisms to create new DNA sequences with desirable traits. You’ll explore the essential tools such as restriction enzymes, DNA ligase, vectors (like plasmids), and host cells used in cloning genes. We'll guide you through the steps of gene isolation, insertion, transformation, and expression. The course also covers real-world applications including the production of insulin, growth hormones, genetically modified organisms (GMOs), and gene therapy. Ethical and safety considerations are discussed as well. Whether you’re a student or a professional, this course provides a strong foundation in how rDNA is shaping medicine, agriculture, and industrial biotech. Let’s begin our journey into the world of genetic innovation. Bio science