Mystery Of Genes: Complete Genetics Course-Basic to Advanced

Mystery Of Genes: Complete Genetics Course-Basic to Advanced, available at $54.99, has an average rating of 4.25, with 28 lectures, based on 2 reviews, and has 13 subscribers.

You will learn about After completing this course students will gain clear understanding on various topics of Genetics. Genetic Engineering-Basic to Advanced DNA conformation A, B, Z DNA DNA topology Chromosomes, nucleosome, solenoid model, chromatids Mendel law of inheritance Deviation from Mendel law Incomplete dominance Co dominance Pleiotropy Polygenic inheritance Multiple alleles Epigenetic Twins concepts of difference Genetic code How traits pass on from one generation to another Why siblings are not alike Wobbling base pairs DNA topology Gene editing techniques, why and how it is done, methods Meganuclease concept of gene editing Crispr cas system gene editing Talens or tale proteins concept Genetic disorders What are DNA Repair pathway About CFTR gene, structure at gene level and function too Bonus lectures on Rapid Covid19test, CRISPR Based diagnosis method explained quiz on genetic This course is ideal for individuals who are All students of higher grade students , college students, Biology learners, all curious learners, Genetics students or Curious learners It is particularly useful for All students of higher grade students , college students, Biology learners, all curious learners, Genetics students or Curious learners.

Enroll now: Mystery Of Genes: Complete Genetics Course-Basic to Advanced

Summary

Title: Mystery Of Genes: Complete Genetics Course-Basic to Advanced

Price: $54.99

Average Rating: 4.25

Number of Lectures: 28

Number of Published Lectures: 28

Number of Curriculum Items: 28

Number of Published Curriculum Objects: 28

Original Price: $39.99

Quality Status: approved

Status: Live

What You Will Learn

After completing this course students will gain clear understanding on various topics of Genetics. Genetic Engineering-Basic to Advanced
DNA conformation A, B, Z DNA
DNA topology
Chromosomes, nucleosome, solenoid model, chromatids
Mendel law of inheritance
Deviation from Mendel law
Incomplete dominance
Co dominance
Pleiotropy
Polygenic inheritance
Multiple alleles
Epigenetic
Twins concepts of difference
Genetic code
How traits pass on from one generation to another
Why siblings are not alike
Wobbling base pairs
DNA topology
Gene editing techniques, why and how it is done, methods
Meganuclease concept of gene editing
Crispr cas system gene editing
Talens or tale proteins concept
Genetic disorders
What are DNA Repair pathway
About CFTR gene, structure at gene level and function too
Bonus lectures on Rapid Covid19test, CRISPR Based diagnosis method explained
quiz on genetic

Who Should Attend

All students of higher grade students , college students, Biology learners, all curious learners, Genetics students
Curious learners

Target Audiences

All students of higher grade students , college students, Biology learners, all curious learners, Genetics students
Curious learners

This course will help students learn the different concepts of Genetics like DNA, RNA, Types of RNA, Chromosomes, Chromatids, how to find the number of chromosome and chromatids in cell cycle different phases, what is evolution, Hereditary and variations, what is epigenetics, multiple alleles, Mendel’s Laws, Law of dominance, law of segregation, law of independent assortment, what are factors, what is gene, What are the deviations from Mendel’s law? Incomplete dominance, codominance, multiple alleles concept with ABO blood group How to draw punnet square what is genetic code, wobble hypothesis, polygenic inheritance, pleiotropy, DNA structure, conformations A, B, and Z forms, DNA topology, why DNA has double helical structure, CFTR gene, function and structure, gene editing techniques, meganuclease, zinc finger nuclease, TALENS, CRISPR, Cas 9 enzyme, guide RNA, Genetic Disorders, DNA Repair pathways, Non-homologous end joining method, homology repair pathways, etc.

Not only this, but you will also get a bonus lecture and quiz.

You will be able to apply these concepts practically to understand the inheritance pattern in future generations. Also, you will find the reality that twins are not 100% identical. Why? Also why in siblings one grows taller in height while other one remains short? Why are there so many varieties of skin tone and color present in the entire world population? or why does a mutation in one particular functional gene alter the function at some other part of the body? Why does DNA have a double-helical structure? Why are nucleotide bases found in between the two sugar-phosphate strands of DNA? Why does DNA exist in a relaxed state? What is supercoiling, and why is it so important? Why does DNA maintain its topology? What are different gene defects?You need to finish this course to get all the answers.

After completing this course, we assure you that you will get a clear understanding of all the topics of genetics, from basics to advanced.

I welcome you to enroll in this and other courses on my profile.

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Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Lecture 2: About Chromosomes, Nucleosome, Chromatids

Lecture 3: Mendel's Law of Inheritance

Lecture 4: Mendel's Law Deviations

Lecture 5: Mendel' Deviation Part-2

Lecture 6: Incomplete Dominance

Lecture 7: Co-Dominance

Lecture 8: Polygenic Inheritance

Lecture 9: Multiple Alleles and Inheritance of Blood Groups

Lecture 10: Pleiotropy With detail Explanation in Sickle cell Anemia and PKU

Lecture 11: Epigenetics

Lecture 12: Hereditary, Variations and Evolution

Lecture 13: Genetic Code

Lecture 14: Wobble Hypothesis

Lecture 15: DNA Structure and COnformation

Lecture 16: DNA Topology

Lecture 17: Lets Now Learn About RNA

Lecture 18: CFTR Gene, Structure, Function in Detail

Lecture 19: Gene Editing Techniques

Lecture 20: Mega nucleases Gene Editing Technique

Lecture 21: Zinc Finger Nucleases Gene Editing Technique

Lecture 22: TALENS and CRISPR Gene Editing Techniques

Lecture 23: CRISPR-Cas System Technique -Details

Lecture 24: Genetic Disorders

Lecture 25: DNA Repair Pathways

Lecture 26: Additional content: Rapid Smartphones based Test For COVID 19

Lecture 27: QUIZ

Lecture 28: QUIZ 2

Instructors

Monica Sharma
Educator: Biotechnology/Biology

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Frequently Asked Questions

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