i don’t understand why all teachers don’t explain like this, instead of making me memorize it all it’s so much easier to make me understand. thank u for this
Sir i have a question,, In Drosophila, the gene for eyes color has two alleles, recessive e for echinus eyes and dominant E for wild type, and the gene for wings has two alleles, recessive c for crossveinless wings and dominant C for wild type. A fly with echinus eyes and crossveinless wings was crossed with a wildtype fly. All the F1 flies from this cross had wildtype eyes and wings. When they were back-crossed to flies with echinus eyes and crossveinless wings, they produced an F2 in which, among a total of 500 flies, four phenotypic classes were observed: Wildtype were 175; (2) echinus eyes and crossveinless wings, 185; (3) echinus eyes, wildtype wings, 78; and (4) wildtype eyes, crossveinless wings, 62. (a) What is the evidence that the genes for echinus eyes and crossveinless wings are linked? (b) Among the F2 flies, what is the frequency of recombination? (c) What is the distance in centiMorgans between the echinus eyes and crossveinless wings genes??
I have no words to describe how much this video is helpful for me😢 i was getting crazy by my books difficult language, but you successfully put this concept into my brain without creating any difficulty thanks a lot
THANK YOU FOR THE CLEAR EXPLANATION OF THIS TOPIC. I FELT SO LOST BEFORE I WATCHED THIS VIDEO. NOW, I HAVE A BETTER UNDERSTANDING BETWEEN THIS TWO. THANK YOU AGAIN. 👩⚕
Wonderful video !!! really helped with dumbing it down for me with AR having 25% chance and AD having 50% chance. clear and simple explanation. Thank you :D
sir in case of autosomal recessive , both parents should have one affected gene . If in case single parent have both these affected gene and other unaffected then sir is it recessive autosomal disorder.
Thank you so much for detailed insights and well explanation about Mendelian Inheritance. It is easy to understand and relatable. This is really great and helpful for my school presentation💯❤️
Excellent explanation ! It helped me understanding the inheritance in Li-Fraumeni Syndrome, wich is a cause of adrenocortical carcinoma (ACC), of wich I am doing a paper. Regards from Argentina !
I LOVE LOVE LOVE LEARNING IN THIS MANNER!!!! THANK YOU SO MUCH FOR ALWAYS EXPLAINING THINGS IN SUCH A VISUALLY COMPREHENSIVE WAY....CANT WAIT FOR THE NEXT ONE!
Can I ask something please in ( autosomal dominant ) one of the parents has disease 🦠 that’s mean he isn’t carrier for disease but he effected in disease so when I want to explain it like Z ( effected gen ) z( health gen) .. I will say ZZ because it’s effected ? Right ? Pls say you understand me ?
Hi there, if the mother has CLNC1 gene mutation and the father has different (deleted exons) mutation of the same CLNC1 gene, what would be the condition - dominant or recessive? Also question 2/ I know people with this gene dominant mutation and they have few generations of 2-3 children all disease affected. Why all if the chance is 50%?
I am a father of two kids and with the second one I got a report of Autosomal recessive conditions . Can I know the sample 2 and 3 (each having one wrong gene) are the kids with the disease?
i don’t understand why all teachers don’t explain like this, instead of making me memorize it all it’s so much easier to make me understand. thank u for this
Because they don't understand too🤣
I need to say something, your speech is really comfortable to hear, and it makes it easier to understand.
very easy, moderate voice, not fast talking, everything perfect. THANK YOU.
Thanks Chris
The best explanation I have come across. Excellent. Thank you!
Awesome! I was hoping this video would be helpful so it's nice to hear some feedback
Sir i have a question,,
In Drosophila, the gene for eyes color has two alleles, recessive e for echinus eyes and dominant E for wild type, and the gene for wings has two alleles, recessive c for crossveinless wings and dominant C for wild type. A fly with echinus eyes and crossveinless wings was crossed with a wildtype fly. All the F1 flies from this cross had wildtype eyes and wings. When they were back-crossed to flies with echinus eyes and crossveinless wings, they produced an F2 in which, among a total of 500 flies, four phenotypic classes were observed: Wildtype were 175; (2) echinus eyes and crossveinless wings, 185; (3) echinus eyes, wildtype wings, 78; and (4) wildtype eyes, crossveinless wings, 62.
(a) What is the evidence that the genes for echinus eyes and crossveinless wings are linked?
(b) Among the F2 flies, what is the frequency of recombination?
(c) What is the distance in centiMorgans between the echinus eyes and crossveinless wings genes??
@@thugwrites1439that is a yappy question
Omg thank you so much 😭 this is the most simple explanation ever...
Why are you crying then?🙄
Lame!!!
@Santino Hector what are we going to do with that?
@@unnecessarily3634 shes crying in happiess
@@unnecessarily3634happy tears. Don’t be such a hater lol, it’s lame
True it makes wonders for me😂
I have no words to describe how much this video is helpful for me😢 i was getting crazy by my books difficult language, but you successfully put this concept into my brain without creating any difficulty thanks a lot
THANK YOU FOR THE CLEAR EXPLANATION OF THIS TOPIC. I FELT SO LOST BEFORE I WATCHED THIS VIDEO. NOW, I HAVE A BETTER UNDERSTANDING BETWEEN THIS TWO. THANK YOU AGAIN. 👩⚕
The best part is the calm, steady delivery (without the American vocal fry!). Very clear, thanks!
I kept studying diseases like Cystic Fibrosis and Sickle Cell Anemia without knowing the concept of this inheritance. It is clear as day now!
After scrolling down & watching so many videos to understand the topic have finally found this!This is the easiest explanation .Thank you so much❤️
The best explanation finally I found after watching so many videos without interest.
Words cant describe how thankful i am for your teaching and your channel❤❤
This is the best explanation ever. Thank you so much for putting this together. You are a life saver!
So glad you found it helpful!
This is amazing, explicitly explained. Thank you so much.
7min video just solved what i was confusing in past a month.
Wonderful video !!! really helped with dumbing it down for me with AR having 25% chance and AD having 50% chance. clear and simple explanation. Thank you :D
Thank you, sir! I've been struggling with biochem and your video made me progress a bit👍
The best explanation I have ever got! Thank you
You are amazinggg....what a simple & beautiful explaination!!!
Oh my God. I've been brain dead already from watching so many videos about this. Your video only made me understand
The best explaination one could ever get ! 💖
May I ask is the pairs of chromosomes from one of the chromosomes in mother’s egg and one of the chromosome in father’s sperm? 3:02
The best explanation so far
Yeso k raixa herdeko bro timlai bhete 😆
superbly done.... can't be more simpler than this..... Thanks
Very good explanation I m struggling with this now you got my doubts clear thanks from india
Thanks.. I didn't understand these concepts earlier as teacher had taught this in a most possible complex way.. ❤
Best explanation ever 👌👌👌
sir in case of autosomal recessive , both parents should have one affected gene . If in case single parent have both these affected gene and other unaffected then sir is it recessive autosomal disorder.
Sir you did the best job you make it so simple to understand
It just wonderful and amazing video
Thanks!
thank you so much!! much better explained than my professor!
great compliment! thank you
no words to describe how you helped me!!!!!!!!!
This was AMAZING, i finally understand this
Thank you so for much for this video! Your explanation made it so much easier to understand!
Best explanation so far ☺️
Thank you so much for detailed insights and well explanation about Mendelian Inheritance. It is easy to understand and relatable. This is really great and helpful for my school presentation💯❤️
The illustration provided to us was not as easy as this. Thank you sir
Thank you for this simple explanation
Never seen such explanation thank you
Thanks a lot!!! This was so easy to understand
Thank you very straightforward video! Easy to understand.
BRO THIS VID ACTUALLY HELPED ME THANK YOU SOOOO MUCH
Thanks a lot man. Kudos from Bangladesh.
Thank you for this, sir. Life saver !!
This was simple and amazing. Easy learn
Thank you sir for this video.. it cleared my doubts❤🙏🏻
very easy and simple explanation👍
This is an excellent explanation, thank you, doing my grade 11 biology homework and this has been very helpful.
Good luck with your homework Jenna. Glad I could help
watching this before a quiz its more clearer thank you so much
glad to help!
Good explanation sir thank u for giving me these much of knowledge about genetics.. 🙏🙏
Thank you thank you thank you I was about to cry 😭
Excellent explanation
Excellent explanation ! It helped me understanding the inheritance in Li-Fraumeni Syndrome, wich is a cause of adrenocortical carcinoma (ACC), of wich I am doing a paper. Regards from Argentina !
Excellent, to the point and simple
Thank you so much.
In the AD If both parents are sick.... Does this means that 3/4 of their children will be sick?
I LOVE LOVE LOVE LEARNING IN THIS MANNER!!!! THANK YOU SO MUCH FOR ALWAYS EXPLAINING THINGS IN SUCH A VISUALLY COMPREHENSIVE WAY....CANT WAIT FOR THE NEXT ONE!
Great to hear. lots more videos to come!
R554qwv
Thank you so much. This explanation is perfect
really great explanation
It was an easy and fast explanation.
this was really helpful! thank you so much!!
Definitely made more sense! Thank you!
great jjob! better than other videos i have watched
Thanks Thuong!
Very helpful 🙏 . Thank you so much 😊
Very much simplified! THANKS 🙏
Zero to final really the name match with videos
Very nice explanation sir. Thank you 👍
Great to revisit this excellent explanation, thank you again!
Thanks so much for this. It's clear
Thanks so much for your explanation sir.excellent work!
Great video! Thank you so much!!!
BEST explanation!
thanks!
Thanku so much my dear 🙏🏻🙏🏻
6:20 why is affected only one red shouldn’t it be 2 since he’s affected cuz why you draw kinda indicates carrier
excellent explanation
Thank you for this amazing explination!
Hi. How is that in Recessive, 1 and 1 results in a 'carrier' and in dominance it results in 'disease'?
Because the recessive gene is always overwritten
Tq brother nice and clear voice
Great video, easy of understand. Thanks!
Amazing explanation...... ❤️ superb
Thank you
Very good detail love it
Glad you like it
Thank you so much you are the best ♥️♥️♥️♥️♥️♥️♥️♥️♥️♥️🧬🧬
Great video! Thanks man
thank you for this video! it made it easier to understand!
Can I ask something please in ( autosomal dominant ) one of the parents has disease 🦠 that’s mean he isn’t carrier for disease but he effected in disease so when I want to explain it like Z ( effected gen ) z( health gen)
..
I will say ZZ because it’s effected ? Right ? Pls say you understand me ?
Where is the video forsex linked pls!
Thanks best explaination ❤
Amazing video thank you.
Hi there, if the mother has CLNC1 gene mutation and the father has different (deleted exons) mutation of the same CLNC1 gene, what would be the condition - dominant or recessive? Also question 2/ I know people with this gene dominant mutation and they have few generations of 2-3 children all disease affected. Why all if the chance is 50%?
good explanation👍
I am a father of two kids and with the second one I got a report of Autosomal recessive conditions . Can I know the sample 2 and 3 (each having one wrong gene) are the kids with the disease?
very clear explanation . thank you
Best channel
Best explanation
This is very good explanation !!!
thanks
thank you so much this was so helpful
Can you to talk about x linked ?.?
Hi ,,in dominant mutation whether the parent is homozygous or heterozygous , in which gene the mutation occurs dominant or recessive
Wonderful explanation thanks alot
Thank you. Very well explained .
I HIGHLY RECOMMEND that you WATCH this video simple and clear
brilliant video