This deserves far more views and likes. I too myself anticipated the same concept at the back of my mind when I studied about this law from textbook but when I came on youtube to verify my anticipation, I found no other lecture other than yours explaining the same. Highly appreciate your efforts for telling us the under the hood working of this law.
This is the best explanation and efforts put into I have ever come across for law of independent assortment otherwise people get started explaining segregation law in between independent assortment..perfect
I always search about the teacher that clear all my doubts.. till now I can't find that teacher ..but it video help ME a lot and I'm so excited .thank you sir
I have been following organic chemistry videos of Ak lectures and I ended mastering organic and now mendelian genetics too. You are the best on youtube.
How isn't this video at million likes??? People have not either been exposed to this AK's videos, or they are just ungrateful. ...Either way...thank you AK.
Sir you are incredible really sir,sir don't give up become when a men thinks that he cannot succeed actually that is the time to hold your selve and struggle more❤️❤️❤️❤️
Hey yellow colour of cotyledon is dominant over green colour.Plz check that and edit the video.Anyways,the topics are well explained and congratulations for it.
It should be the yellow that is dominant over the green. Also, as far as I know, as the naming convention goes, the alleles are named after the initial of recessive one. So it shoud be ggDd, not GgTt, which only got me more confused. Geez.
so, does this mean that all gametes have different genetic info? And does this law of independant assortment apply in humans only? What about law of segregation?
The concepts you teach are accurate, but you messed up and stated that green seeds are dominant to yellow. This statement is inaccurate. Yellow is dominant to green, which is well known to biologists who studied the data gathered from Mendel's experiments.
crossing over does not affect the odds of the resultant chromosome combinations, it only affects the chromosomes itself as it swaps some alleles from one chromosome to the other homogeneous chromosome.
What does it mean when they say the law of independent assortment is only true when for genes that are on separate chromosomes but not necessarily for genes that are on the same chromosomes? Thanks a bunch anyways, really helpful!
well it is true for the genes on the same chromosomes as well I believe, unless they are linked genes. Genes on the same chromosomes are not necessarily inherited together always, as crossing over can occur.
@@palak6981 In case anyone else has the same question, it's crossing over. Because the gene on one chromosome could end up on the homologous chromosome, the allele for that trait doesn't have to be inherited with the allele in the same chromosome. That's why mendel's law of independent assortment still holds true.
Heeyy wait..the message from ak lectures whc you get is not sent by the vedio maker its just an automated message...so nomatter wht u ask thank u or ..your welcome r nly the rplys..amywyas cool teahing
bro literally took 12 minutes to explain meiosis. Guys all the says is that it does meiosis and then makes different gene combos due to recombination & anaphase in meiosis. (Where he gets to the point if you know meiosis already: 9:00 -you are welcome.
This deserves far more views and likes. I too myself anticipated the same concept at the back of my mind when I studied about this law from textbook but when I came on youtube to verify my anticipation, I found no other lecture other than yours explaining the same. Highly appreciate your efforts for telling us the under the hood working of this law.
This is the best explanation and efforts put into I have ever come across for law of independent assortment otherwise people get started explaining segregation law in between independent assortment..perfect
I always search about the teacher that clear all my doubts.. till now I can't find that teacher ..but it video help ME a lot and I'm so excited .thank you sir
Excellent Teacher! Your explanations are simple and to the point.
I am studying medicine, your videos are my secret weapons. You are a lifesaver!
this is the first time I actually understand the terminologies, thank you
A moment of honour to such a great teacher
I have been following organic chemistry videos of Ak lectures and I ended mastering organic and now mendelian genetics too. You are the best on youtube.
The green is not dominant over the yellow. It is the other way round. It is the green pod that is dominant over the yellow.
This is the bestest explanation of Mendel's law of independent assortment so far
Ive watched many videos but no one really cleared my doubt as in urs. Thanks very much
thankyou my best teacher i have not enough powerful words to thanks you ,but i would like to say may Almighty God filful your dream!!!!!!!!!
How isn't this video at million likes??? People have not either been exposed to this AK's videos, or they are just ungrateful. ...Either way...thank you AK.
Genetics made simple through you. Thank you so much
You cleared up so much confusion! Thank you!
Thanks so much i was never been this worried about this topic even yhough biology is pretty easy for me. Thanks for releifing my stress 😅
Thank you so much for making this amazing video!! Made my life a hundred times easier.
Perfect explanation. It answers so many questions!
Really helpful...thnk u so much ..I can't get a concept until I watch ur vid about that
I've read that the gene for yellow seed colour is dominant over green colour.
Yeah me too!!
yea same with mee too
ND_ Quantum i suppose, it should be the color of the pod.
You are the best when it comes to explaining a concept. Thankyouu so much ! :))
thanks professor! i like so much your explanations!
wow amazing tooo gud luv it.... ur English pronunciation was fine amazing....plz continue tis work ....😇😇😍😍
Great Explanation
Great video and explanation, I know you were trying to simplify it, however you didn’t account for crossing over in meiosis I
Sir why aren't we considering crossing over during prophase 1?
This guy loves science, you can feel it by the way he explains it. WOW
best lecture i have attended on this topic
Sir you are incredible really sir,sir don't give up become when a men thinks that he cannot succeed actually that is the time to hold your selve and struggle more❤️❤️❤️❤️
Hey yellow colour of cotyledon is dominant over green colour.Plz check that and edit the video.Anyways,the topics are well explained and congratulations for it.
It should be the yellow that is dominant over the green. Also, as far as I know, as the naming convention goes, the alleles are named after the initial of recessive one. So it shoud be ggDd, not GgTt, which only got me more confused. Geez.
Thank you, thank you, thank you, thank you, thank you ENDLESSLY
Your videos are amazing like you only.....Thanks for sharing these videos....Really helped a lot!!!!
Bro I wish you were my biology teacher
Thats a perfect explanation.
sir yellow seed colour is
dominant over green???/
Thank youuu for this clear explanation
Very interesting lecture tnx
sir u r saying that gamets only formed due to diiference in alignment during meosis.crossing over will happen or not
so, does this mean that all gametes have different genetic info? And does this law of independant assortment apply in humans only? What about law of segregation?
You made it so clear! Thanks
Very well expressed explanation!
Great lectures really! Thank you so much
Genius teacher
This makes soo much sense! Thank you!
Thank you I understand this topic❤
sir i bow down to you thank youuu
This helped so much! Thank you!
Literally an angel
Real explanation of law of independent assortment
sir, where does the law of segregation happen in this video?
thanks.
Hi sir.
why you have not shown crossing over before metaphase ?
GREAT explanation!!
I am not able to understand actually where the pachytene go bcz no one is considering it just starting from metaphase
First time I understood this❤️
best explanation ever
Great lesson
thanks! :)
don't know how I explain my respect to you....I would like to know your name please if you don't mind.
Thanks very helpful
This was ridiculously helpful! Thank you!!!
+alriyaad welcome!
Excellent
Good video
Great video! Very helpful!! Thank you so much!
Yellow seed is dominant
Excellent lecture.
shaikh zoya thanks! :)
11:11 you meant metaphase one and not two i believe
When does crossing over occur?
you're the best! Thank you.
Thank you so so much!
This is really helpful :)
remo chan awesome! you're welcome :)
The concepts you teach are accurate, but you messed up and stated that green seeds are dominant to yellow. This statement is inaccurate. Yellow is dominant to green, which is well known to biologists who studied the data gathered from Mendel's experiments.
thankyou so much ! gr8 help for exams :)
This is so good. Thank you so much
Love from India bro
Yellow seed color is dominant over green seed color
Thank you very much Sir.
nice lecture!
amazing! Thank you so much
what happens if crossing over takes place? Though genes are in different chromosomes, I think crossing over does affect 50%-50% chances.
crossing over does not affect the odds of the resultant chromosome combinations, it only affects the chromosomes itself as it swaps some alleles from one chromosome to the other homogeneous chromosome.
What does it mean when they say the law of independent assortment is only true when for genes that are on separate chromosomes but not necessarily for genes that are on the same chromosomes? Thanks a bunch anyways, really helpful!
Awesome sir
well it is true for the genes on the same chromosomes as well I believe, unless they are linked genes. Genes on the same chromosomes are not necessarily inherited together always, as crossing over can occur.
01:02 brother actually yellow seed colour is dominant over the green in pea plant 😅
Hi A K Lectures.
How can this be explained if both the traits are on the same chromosome?
Thanks.
santhi gattineni you're welcome.
@@AKLECTURES Sir please answer the above question.
@@palak6981 In case anyone else has the same question, it's crossing over. Because the gene on one chromosome could end up on the homologous chromosome, the allele for that trait doesn't have to be inherited with the allele in the same chromosome. That's why mendel's law of independent assortment still holds true.
excellent
how can you say exactly half.
Thanks alot, it was a great help :)
Thank you so much!
I wish you were my Biology teacher.
thanks
Thank you!
Megan Chudleigh You're welcome Megan
+AK LECTURES (Andrey K) superb sir
Heeyy wait..the message from ak lectures whc you get is not sent by the vedio maker its just an automated message...so nomatter wht u ask thank u or ..your welcome r nly the rplys..amywyas cool teahing
Bhargav Sisir On the contrary, these messages are not automated. I check them and respond to them personally :-)
ohhh...realyy...thats cool...well im really srry fr my ignorant behaviour...nd anyways thnx fr conforming the fact...u rock
Bhargav Sisir thanks! :-) no problem, glad to clear that up.
yellow colour is dominant over green
Yes.
did really help!!!
Looking like st
Is it possible that these genes are located on the same chromosome ?
thank you!!!
👏👏👏👏👏👏👏thank u!!
Very rare will explain like this this1vido is enough rather than all fucking vidios grea👍👍👌👌👌👌🤘🤘🤘👏👏👏👏
Thank you so much!! you rock :)
Laura Rojas you're welcome Laura! thanks! :-)
bro literally took 12 minutes to explain meiosis. Guys all the says is that it does meiosis and then makes different gene combos due to recombination & anaphase in meiosis. (Where he gets to the point if you know meiosis already: 9:00 -you are welcome.
*Yellowcase G*
🎉
fun Fact> Mendel knew nothing about chromosome