Biotechnology: GENE EDITING TECHNIQUES CRISPR, ZINC FINGER,

Description

In this course, students will imbibe knowledge about Basics to advance concepts of Various Genetics concepts and would be able to solve the questions based on these concepts.

This course is designed by keeping in mind the difficulty level in understanding the various concepts by students. The course commences with basic and advance topics like DNA Topology, Negative and positive supercoiling, Writhe, Twist, linking number, RNA structure, m-RNA, t-RNA, r-RNA, Wobble hypothesis, Genetic code, DNA different conformations like A, B and Z-forms, Trick to calculate chromosome and chromatids, Hereditary, variations and evolution, Gene Editing Techniques, Mega nuclease Techniques, Zinc finger nuclease technique, and TALENS Gene Editing Techniques and CRISPR techniques of gene editing, CFTR gene, Protein and structure.

We assure you, that after completing this course you will understand these concepts very easily and this will help you in life long learning.

After completing this course you will be able to get the answer of all these curious questions like: Why DNA has Double Helix structure, Why Nucleotide bases are sandwich between Sugar phosphate backbone of 2 strands, What is the right handed and left handed helix means, What is relax state of DNA, and Why DNA normally present in relaxed state, what is supercoiling, positive and negative supercoiling, what is Writhe, twist and linking number in DNA, What is DNA Topology, Why and What maintains DNA Topology etc etc.

After completing this course you will be able to apply these concepts practically and gain clear understanding in genetics advance topics.

So, I welcome you to join and enroll for this course today and get most out of it. Also you can enroll for my other courses by visiting my profile page. So, lets meet up in the lessons.

Happy Learning, Stay Safe!

What You Will Learn!

• Genetics topics like DNA, RNA, DNA topology, A, B and Z-forms of DNA, Negative and positive supercoiling, Genetic disorders, Hereditary and variations, Evolution basics, Genetic Code, Wobble Hypothesis, How to calculate chromosome and Chromatin number in Mitosis, DNA repair Pathways
• 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

Who Should Attend!

• All students of class 11, 12th standard, Higher school, college students, Biology learners, all curious learners, Genetics students

TAKE THIS COURSE