DNA Inheritance | Recessive and Dominant Inheritance
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- Опубліковано 7 бер 2020
- In this video, Dr Mike explains how DNA can be inherited. He focuses on Mendelian inheritance and explains why loss of function mutations are associated with recessive inheritance and why gain of function mutations are associated with dominant inheritance.
You are a medical magician for students dr mike❤️.
I love all the videos that I have seen so far to gain knowledge about concepts. You really make things easy to understand
i really quite enjoy this channel, most particularily the educational value at which it carries so strongly. Many great thanks to you both Dr Matt and Dr Mike!
thank you so much doctor ❤❤❤❤
Every video outstanding
I LOVE the way you explain complex concepts and topic in a very easy way
Thnku sr you expln vry well
Thank you very much doctor. you helped me a lot during my basic years, and you are still helping me in my clinical years, you are the best
Your the best
Now I'm so fucking in love.
Honestly, really helpful but your mustache sold the show
i would like to clarify the coding region that codes for amino acid.. just correct me if im wronggg.. thymine is always replace by uracil right?... or its just presented that way for better understandng?
In DNA the nucleotide is thymine in RNA its Uracil. So when DNA goes through a replication translation process to RNA the code for thymine changes to Uracil. Hopefully that helped a lot :) Sorry for the late response
One question, Can you make recesive genes dominant?
By mutations probably but then it wouldnt express the same character. But I believe we define wether an allele is dominant or recessive on a relative term wrt the other allele. If the allele codes for a nonfunctional protein or no protein at all, then we say its recessive.
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I'd love to understand what happens when you have two recessive genes with different mutations. How does the body choose which to manifest?
Could you guys talk about formation of bone?
I like your moustache
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