Pedigree analysis- autosomal dominant

[@suyashajha6544]

I have seen so many videos but didn't get any this concept but your explanation sir it is the best thank you sir

[@bitchboibarlo594]

Your better than my actual Biology teacher!

[@swatirana3954]

Superb explanation.. All doubts are cleared after watching this video..

[@shomusbiologyofficial]

You're welcome. Glad to hear that you're getting benefit from my lectures

[@daleepkumarmeena6530]

you are really AWESOME. i tried multiple times to learn this thing but never got .

[@aqsamuneer3409]

sir do you have different questions on pedigree analysis ?

[@gkwithbalvir]

its the best way of explaination, really impressive,,, sir please solve some more problem regarding to the pedigree,,, thanx :)

[@hamidulrahman2859]

cannot see the pointer .....how can one understand

[@avafindee2607]

But are we going to know if the mother in the f1 in the first problem is AA or Aa?

[@haramkhan5462]

Example 1 can also be autosomal recessive. Why did you not go for that ?

[@lipipragyadevi]

Why in the last pedigree its AA in Male?

[@jamesvarghisk9611]

The way the problem was tackled was really good and interesting:)

[@mayukhroy5393]

Thank You Sir, This explanation was very very helpful.

[@ferdoussarwar9768]

How can you come up with 6 offsprings from the parents can you outline with punnet square?

[@kohilagengatharan5972]

Thank you soo much!!!Your explanation was very helpful and easy to understand! :)

[@celestinembuyu848]

Really helpful 👍

[@shomusbiologyofficial]

You're welcome

[@NarayanMUSICS]

Wow excellent explanation Thanks alot

[@shomusbiologyofficial]

You're welcome

[@padmaprasadsv5161]

Thank you sir I understood and cleared my doubts

[@shomusbiologyofficial]

You're welcome

[@sukheswarybrahma7035]

Thank you very very much sir .i'v entrance exam tomorrow n I think I can solve problem of pedigree

[@shomusbiologyofficial]

You're welcome. Glad to hear that you're getting benefit from my lectures. All the best

[@ifeanyiokuma2953]

You are smart. Good job my brother..... Thanks alottttttttttttttttttt

[@sajjadalimi2106]

Generation 1 affected female can also be recessive and healthy male heterozygous male, i dont see why i cant be the recessive autosomal, if u go and do al the geetyoe test, it passes them, i do understand that a dominant autosomal disease appears in every generation

[@vandanakhunt815]

You are right, here in first pedigree chart Autosomal recessive is also possible

[@gtakk864]

sir you help me so much, thankyou< 3

[@shomusbiologyofficial]

You're welcome

[@adityavikram8142]

1st tym i understood the concept beside trick

[@shomusbiologyofficial]

You're welcome. Glad to hear that you're getting benefit from my lectures

[@chetnapathak5802]

superb video..really helpful

[@shomusbiologyofficial]

+Chetna Pathak thank you

[@zainabhareem5664]

really helpful.. got my concept cleard

[@ronakchandak777]

Thank you!

[@shomusbiologyofficial]

You're welcome

[@mersijaalic3045]

I have one question. Why is AA not Aa in the second generation, at the beginning, male person? :)

[@pradeeppediatricsofficial]

If its AA as you said then the progeny cannot be an undiseased female as a 3rd child

[@officialfunnytroll8364]

Comment reconnaître si le gène est porté par un autosome sur l'arbre?

[@drpreciouschinomso5024]

I have been mocked by my Genetics teacher because of this ... God bless you for making me understand better than her

[@ifeanyiokuma2953]

igo girl.. how far? hmu

[@1990cyanide]

since you have said that in sex linked it can be XXa or XaXa or XaY ; Why cant it be XaYa ?Where a= affected

[@jongates8242]

+rahul gupta Sex-linked trait alleles are on X chromosomes.

[@rambokutti]

+Jon Gates not like that. mostly the gene allelles are on x chromosome because x chromosome is bigger that y chromosome. so that x chromosome can hold a lot of genes. y chromosome hold genes mostly responsible for sexual traits in men. so we talk much less about y chromosome.

[@ranjitbishnoi9537]

rahul gupta y chromosome is recessive and recessive dont carries anu gene. it is only x chromosome as a carrier

[@KULDIPKUMAR-dq5ys]

good presentation

[@shomusbiologyofficial]

Thabk you

[@ashishdubey7652]

Thanks sir🙏

[@shomusbiologyofficial]

You're welcome

[@surviving2024]

Thanks a lot, sir.. 🙂

[@shomusbiologyofficial]

You're welcome

[@lipipragyadevi]

Now I finally understood

[@shomusbiologyofficial]

You're welcome

[@umarfarooq-zu3ov]

Thank you

[@shomusbiologyofficial]

You're welcome

[@rashmikagupta9301]

love your golden rulessssssss

[@umeshsharma3800]

it was really helping.. thanks bro

[@komalmishra7597]

woo thanx sir 😊

[@shomusbiologyofficial]

You're welcome

[@courtneychambers4979]

Its very hard to understand what you are saying. You accent is very strong and then on top of that you talk really fast.

[@charlespc8855]

Slow down his voice, and use your eyes. His accent is strong, but if you genuinely slow him down you can make him out if you find his speed to hard!!

[@auraquinonez2764]

Ass hole

[@Ramyaagowda-mc4bz]

tq so much

[@abhapathak3534]

sir i think this is recessive

[@manikumari07]

Thank you so much!

[@ishanimishra8988]

thank u sir....

[@ShadabKhan-rh7om]

nice sir..

[@denniscamacho7990]

goddamn it! why aren't you my genetics professor!😭

[@sajadkhan9073]

helpful...thk u

[@tanmeetkaur7710]

one can't understnd anything properly..

[@imtiazahmad448]

Yes right

[@baharzamani2882]

Did not understand this

[@naginakhan1ify]

It will not infect. It will affect

[@sangamithiraiperumalsamy2943]

Still I can't understand this sir please teach once again☹

[@syedjaffar953]

Rewatch the video,duhh...

[@cooljunkproductions]

smally smally

[@npreethi5the339]

Generally,,, affected parents can have unaffected children....know

[@jayaryan780]

Hindi boliye please plzz

[@deepakfrand2706]

Bhai. Hindi m bee padaa diya kar

[@himadribakatial8198]

Very helpful ❤️👍🏻

[@shomusbiologyofficial]

Thank you