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Genetics Classical and Molecular genetics 0.0 Snigdha Das 07 Jul - 11 Aug All Level 11 Hrs (11 Lectures) English Available Batches: 2
₹2600
All
11 Hrs (11 Lectures)
English
Interactive Live Learning
Certificate of Completion
Full Life time access to materials

Knowledge & tools are required

  • Laptop and a good internet connection!
  • Notebooks to make short and quick notes!
  • Stationary which includes different colored pens( if possible)!
  • Basic Knowledge in Genes and Genetic material!

Who should take this course

  • Students of class 10 and 12!
  • Undergraduate students of life science!
  • Post graduate students of life science!

Learnings

  • Easy and understandable notes!
  • Score higher grades in their exams!
  • A better grasp of the subject!
  • A clear understanding of the topics!

Skills you gain

  • Mendalism
  • genetics
  • Recombination
  • developmental vgenetics
  • DNA repair
  • protein synthesis
  • mutation
  • Genetic code
  • RNAi
  • Epigenetics
  • mRNA degradation
  • transcription
  • RNA processing
  • chromosome
  • introns and exons
  • DNA replication
  • eukaryotic chromatin
  • genome
  • transposable elements
  • cytogenetics
  • maternal effect
  • pedigree analysis
  • sex detremination
  • sex chromosome
  • epistasis
  • interferance and coincidence
  • penetrance and expressivity
  • tetrad analysis
  • genetic linkage
  • gene mapping
  • gene interaction
  • chromosomal basis of inheritance
  • chromosome
  • alleles
  • co-dominance
  • laws of mendal
  • incomplete dominance

Description

The course is designed to suit all levels of students. All the important topics and sub-topics of genetics will be covered in a easy to understand manner.The course has been designed keeping in mind the need of the students so as to make it more lively and easier to grasp. Live videos to make the students understand in an interactive manner,Powerpoint presentations and documents with notes will be provided for the students to make it easier for them to learn the subject.

Syllabus

01 Jan Introduction
Basics of genetics
Brief over view of genetics, its history, and evolution as a branch of science
01 Jan Mendalism and chromosomal basis of inheritance
The father of genetics: mendal; Mendalism
Laws of Mendal, the theory of chromosomal inheritance, dominance and co-dominance
Success and faliures of Mendal
What led mendal to become the father of genetics and what was the reason that caused the acceptance of his work only after his death
The theory of chromosomal basis of inheritance
What exactly is the theory and what led to it's discovery
Similarities between mendalian laws and theory of inheritance
What are the similarities that are found between the laws of mendal and the theory of inheritance
01 Jan Gene interaction
Epistasis
The different types of epistasis
Pleiotropy
The definition of pleiotry, how it functions and what are it's outcomes
Various types of gene interaction
The various types of interaction in genes, examples and outcomes of the interaction
01 Jan Genetic linkage and Gene mapping
Linkage
What is linkage, it's types, it's causes and it's outcomes
Genetic Mapping Techniques
The process of genetic mapping and calculation of distance between two genes and correlation between a physical and genetic map
01 Jan Sex chromosome and sex determination
Sex chromosome
What is sex chromose and what is it's function
Sex determination in animals
The different types of sex determination in animals
Sex determination in plants
The mode of a sex determination in plants
01 Jan Genome
The human genome
The nature of human genome, size and it's cimplexity
Transposable elements
What are transposable elements and their function
Junk DNA
Why the huge human genome was earlier termed as the junk DNA and how this misnomer has been solved now
01 Jan Recombination
DNA Recombination
What is dna recombination and it's cause
The process of recombination
Detailed study of the recombination process
Outcomes of Recombination
The advantages and disadvantages of Recombination
01 Jan Genetic code
The laws of genetic code
The various laws that govern the genetic code
Wobble hypothesis
The function of wobble hypothesis and what exactly it is
Codons
What are codons and it's function
01 Jan Mutation
Mutation and it's cause
What is mutation and what are it's probable cause
Types of mutation
The various kinds of mutation and it's outcome
Mutagen
What is a mutagen, it's classification and types
Outcome of mutation
What are the various outcomes of mutations
01 Jan DNA replication
Semi conservative nature
Experiments that prove it's semi conservative nature
Replication machinery and it's function

Replication
The process involved in DNA replication
01 Jan Quiz
Quiz 1
Test the understanding of topics taught in lectures 1-5
Quiz 2
Test the understanding of topics taught in lectures 6-10

Instructor Details

Snigdha Das

Research Fellow
Courses Published
0

I am a Research Fellow by profession and an educator by passion. I love to teach students and make them understand complex topics in a fun and lively manner. I have been teaching students from the past two years of various age groups starting from class 8 up to postgraduation, so I have a proper understanding of student psychology of each and every age group. I also am currently working as a Certified dietitian educator and academic instructor in various other online and offline platforms. 

Batches

08 Jul - 20 Jan
Timings : 07:00 PM - 08:00 PM
07 Jul - 20 Jan
Timings : 05:00 PM - 06:00 PM

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Discussion Forum

Rahul Gupta
2021-11-04 16:52:13
why
Rahul Gupta
2021-11-04 16:24:47
no
Rahul Gupta
2021-11-03 19:28:37
yes
Rahul Gupta
2021-11-03 19:28:36
yes
Harsh Bhardwaj
2021-08-31 15:46:54
Is it possible for you to take classes on sundays 9am
Balaji Seenu
2021-05-01 23:14:44
what is the duration?
Sayali Murlidhar Deshmukh
2021-04-18 19:05:04
nice SYLLABUS
All
11 Hrs (11 Lectures)
English
Interactive Live Learning
Certificate of Completion
Full Life time access to materials
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