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Keep shoppingComplete Genetics & Gene Editing Course: CRISPR, ZFN, TALEN
39 students
Complete Genetics & Gene Editing Course: CRISPR, ZFN, TALEN
Master CRISPR Cas9, Gene Editing, Genome Engineering, DNA Topology, RNA Structure, Genetics, Biotechnology and Molecular
Created byMonica Sharma
Last updated 7/2026
English
What you'll learn
- GeneticsDNA topology,forms of DNA, Negative and positive supercoiling,Genetic Code,Wobble Hypothesis,How to calculate chromosomeChromatin n in Mitosis,DNArepair
- Gene editing techniques
- CRISPR TECHNIQUE
- Talens
- Zinc finger nuclease technology
- Meganuclease technique
- Chromosomes and Chromatids
- DNA conformations
- A, B, Z forms of DNA
- DNA Topology
- Genetic code
- Wobble hypothesis
- RNA structure, types and function
- CFTR gene, structure and function
Explore related topics
Course content
6 sections • 14 lectures • 3h 11m total length
Requirements
- No such requirements (for basics students can go through my earlier course of "Biotechnology, Biology-Principles of Inheritance"
Description
Learn Biotechnology, Genetics and CRISPR Gene Editing from Beginner to Advanced
If you want to build a strong foundation in Biotechnology, Genetics, Molecular Biology, Genetic Engineering, Genome Editing, and CRISPR Gene Editing, this course is designed specifically for you.
Whether you are a biotechnology student, life science researcher, medical aspirant, pharmacy student, microbiology learner, or preparing for competitive examinations, this course explains complex concepts in a simple and practical manner.
This comprehensive biotechnology course covers both the theoretical concepts and practical applications of modern gene editing technologies, helping learners understand the science behind today's revolutionary genetic engineering techniques.
What You Will Learn
DNA Structure and Double Helix
DNA Topology
Positive and Negative Supercoiling
Writhe, Twist, and Linking Number
DNA Relaxation
DNA A, B, and Z Conformations
RNA Structure
mRNA
tRNA
rRNA
Wobble Hypothesis
Genetic Code
Chromosomes and Chromatids
Heredity
Evolution
Genetic Variation
Protein Structure
CFTR Gene
Gene Editing
Genome Editing
Mega Nucleases
Zinc Finger Nucleases (ZFNs)
TALEN Technology
CRISPR
CRISPR-Cas9
Modern Genetic Engineering
Applications of Gene Editing in Biotechnology and Medicine
Questions Answered in This Course
By the end of this course, you will clearly understand:
Why DNA has a double helix structure
Why nucleotide bases are located inside the DNA molecule
What right-handed and left-handed DNA helices mean
Why DNA exists in a relaxed state
What DNA supercoiling is
Positive vs. negative supercoiling
DNA topology and its biological importance
Writhe, twist, and linking number
How CRISPR-Cas9 edits genes
How Zinc Finger Nucleases work
How TALEN gene editing works
Differences between CRISPR, TALEN, and Zinc Finger technology
Applications of genome editing in medicine, biotechnology, and research
Who Should Take This Course?
Biotechnology students
Genetics students
Molecular Biology students
Pharmacy students
Medical students
Life Science students
Microbiology students
Researchers
Teachers
Competitive exam aspirants (CSIR NET, GATE, GPAT, ICAR, DBT, Biotechnology entrance exams)
Anyone interested in CRISPR and Gene Editing
Why Enroll?
Beginner-friendly explanations
Covers both fundamental and advanced concepts
Easy-to-understand teaching style
Real-world biotechnology applications
Suitable for university students and professionals
Lifetime access
Learn at your own pace
Enroll today and master the fascinating world of Biotechnology, Genetics, Molecular Biology, Genome Editing, and CRISPR Gene Editing with confidence.
Who this course is for:
- All students of class 11, 12th standard, Higher school, college students, Biology learners, all curious learners, Genetics students