A Beginner's Guide to Mendelian Genetics
- Description
- Curriculum
- FAQ
- Reviews
Mendelian Genetics is the foundation for everything that we learn in Genetics today.
The mastermind of Mendel is worth understanding in detail.
His genius was in the application of mathematical concepts of permutations and combinations in biological data.
We’ll learn about 3 unique formulae that Mendel worked out which later formed the basis for Punnett square.
In this online course in Mendelian genetics we’ll cover topics such as:
- Monohybrid, dihybrid and Trihybrid cross
- 3 Mendelian Laws
- Genotypic and Phenotypic ratios
- Modifications in the monohybrid ratios
- Gene interactions of the modified dihybrid ratios.
- Non-Mendelian Inheritance
As a bonus, you’ll get to know the little hacks to solve the genotypic and phenotypic ratio for any hypothetical higher order cross.
To strengthen your concepts there will be quizzes that will put your knowledge to test.
This online course in genetics is for beginners in high school, college level students and for researchers in the field who want to get the concepts right.
This Mendelian genetics course is not for advanced researchers and experts who already know the topic in depth.
As is with any course, this course is also backed by Udemy’s 30 day money back guarantee.
If you’re not happy for any reason you will get the full refund.
So take this course today, and get deeper insights into Mendelian genetics.
– Sumitra Shankar
Instructor
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What was the first phenotypic ratio he observed? -
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Genotypic ratio in Monohybrid cross
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Perspective 1 -
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What's the next logical order?
In this lecture you will learn how Mendel derived the phenotypic ratio of a dihybrid cross.
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Perspective 2
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The power of grouping data
You'll learn how Mendel grouped data to obtain important formulae.
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Confirming his findings
You'll learn how he confirmed his findings by doing a trihybrid cross.
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Perspective 3
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The purity of gametes and the laws
You'll learn about test cross, the law of segregation and the law of independent assortment
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Perspective 4
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Easy Hack to solve Phenotypic ratios
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Easy Hack to solve Genotypic ratios
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Fork line method
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Let's Solve some problemsApply the concepts you have learnt to solve problems
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Mendel's recognition
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Bateson's discovery
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A new model system for experiments
In this lecture, you'll learn how Mendel's work was applied to poultry birds and what were their NEW findings.
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What other systems were studied?
You'll learn how Bateson studied the sweet pea and found a new ratio . Another french scientist also got a modified mendelian ratio.
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Deviations from Mendelian laws
You'll learn about the non-mendelian pattern of inheritance.
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6 different types of Modified Dihybrid ratios
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Mitochondrial Inheritance
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Pedigree Analysis
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Let's Solve some more problems
