Course Overview
With DNA, there are hundreds of questions that have a very interesting theory behind them.
Our course on genetic engineering is built to help you learn about the practical techniques that scientists use to analyze their genetic risks, manipulate the DNA codes, and devise/develop new treatments for a variety of diseases.
60 Hrs on Demand Video
16 Topics
Full time access
Assignments
Full time access
Certificate of completion
Course Content
Introduction to Genetics
Basics concept of Genetics
Structure of DNA and RNA, Nucleotide, Sugar and Phosphate
Complimentary Base Pairing and Antiparallel Strands present in DNA
Learn about the Mendelian law of Inheritance
Why he chose Pea plants for his Experiments
we will study about Monohybrid cross and Dihybrid cross
Problems to solve on Monohybrid and Dihybrid cross
Incomplete Dominance with an example
Different Types of Gene Interaction like Epistasis, Multiple Allelism with example and Polygenic Inheritance
Students can solve Problem on Multiple Allelism
Sex determination in plants and animals
Heterogametic Male and its types
Heterogametic Female and its types with an Example
Crossing over and its mechanism
Complete linkage and in complete linkage seen in Drosophila and maize
Coupling and repulsion hypothesis on Linkage
Morgan view on linkage
Structural changes seen in chromosome like Deletion, Inversion, Duplication, Translocation and Tandem duplication
Numerical changes seen in chromosome related to Autopolyploid and Allopolyploid
we will study in detail about Autopolyploid and allopolyploid with an example of New World Cotton Plant
Maternal Inheritance or Cytoplasmic Inheritance
Maternal Inheritance seen in Mirabilis jalapa
Petite characters in yeast
Kappa Particles in Paramecium
Mutation and Mutagens
Physical, Chemical and Biological Mutagens
Point mutation and Frame shift mutation
Gene mutation like Transition, Transversion and Tautomerisms
Different types of Syndromes like turners, Down, Cri du chat and Klinefelter's Syndrome
Mitosis
Meiosis
Protein Synthesis
Variation
Natural Selection
Biotechnology, Genetic Engineering & Gene therapy
Endocrine System
Assignments - 1
Assignments - 2
Assignments - 3
Project
Mentors
Rochwani
Mentor Since: Jun 2015
Leading Community & Partnerships at Pepper Content | Founder of the 'Platform For Artists
Rochwani
Mentor Since: Oct 2015
t Pepper Content | Founder of the 'Platform For Artists
Rochwani
Mentor Since: Oct 2015
t Pepper Content | Founder of the 'Platform For Artists
Rochwani
Mentor Since: Oct 2015
t Pepper Content | Founder of the 'Platform For Artists
Rochwani
Mentor Since: Oct 2015
t Pepper Content | Founder of the 'Platform For Artists
Testimonials
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Lisa Lynn
Student, ML
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Lisa Lynn
Student, ML
Certificates
FAQs
Basic knowledge of chemistry or physics is sufficient for you to start with this course.
Our nanotechnology course is designed to walk you through concepts such as design, fabrication, and analysis. You will also be learning the basics of modern nanotechnology from the standpoint of semiconductor physics and quantum mechanics.
Our projects are updated, relevant, and consist of real-world problems, making them the most immersive projects that require your knowledge and skills. Taken from multiple industries, these projects thoroughly test your learning and practical knowledge from the program, helping you prepare comprehensively for all kinds of industries.
Every course that we have, we make sure our students are equipped with tons of resources. This includes regular learning material in the form of PDFs, eBooks, case studies. Along with that, we have regular counseling and mentor sessions for every student so as to help them explore relevant opportunities in every field.
