Mendel's Law of Segregation

[@arvanaseer7699]

I'm in my 3rd year of university but I never have had a lecture upon Mendel's laws like that...Literally, I'm so so so so thankful to you. May God bless you.

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What u doin now

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It's like the more material I cover in principles of biology, the more I love you! THANK YOU!

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excellent lecturer ..I'm from Iraq and I found your lectures are so informative and good explained with clear words and not hesitated like others..thanks a lot

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[@arwazzzzzz3689]

best chemistry teacher ever!! have been studying this at school for 2 weeks and haven't understood it this way at all. Should've found your channel earlier!

[@jensenpecora8523]

Cannot say enough good things about this video...I'm a junior in college and you explained this better than any science teacher/professor I've ever had

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I checked many more lectures on youtube but Ak lectures are best from all of them....

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[@DamnMakeup]

The best lectures ever with the best explanations!!! Thank you so much!!!! I wish you were lecturer on at my university!!

[@rameenzafar6096]

Best lecture with basic yet detailed yet timely managed video

[@poonamy9924]

very detailed explanation!! finally I can have a better understanding on this topic , thank you very much for sharing :)

[@TonySoprano55]

Hahah death stare at the end! Thanks for the videos.

[@AKLECTURES]

+TonySoprano55 too funny!

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[@toddmayer5404]

Basically wrapped up like 3 days worth of bio lectures in 10 mins with zero confusion.

[@rahatmalik1665]

Thank you for such a wonderful video and teaching

[@MrSillypuddy29]

My genetics professor literally just links us these videos and calls it a day... At least he picked good ones...

[@ankitap2345]

Thank you so much for this. Your video helped me in connecting these two concepts. 👍

[@rubinetienne4477]

Thank you, so my understanding of the law of segregation is separation of homologous chromosomes (two pairs of sister chromosomes, not chromatids) during gamete formation.

[@mohamedabdul708]

Thank you for your help. You are an amazing teacher

[@nileshdhakad2111]

Good job sir fantastic 👍 Wish you all the best

[@lovadiaz0195]

Incredible man 🔥

[@biruknardos7468]

This is super amazing. You have explained it well. Thank you.

[@sumikhan7475]

Tnku sir .sir you explain this lecture very well.I am really like your vedios

[@sogolgolafshan7843]

wow! couldn't be explained better! Thank you

[@Jake-Tyler]

you're really good at teaching. Thanks

[@TheCharlotteMoore]

I find that speeding up all his videos by 1.25 will make the video less dull and slow. Keeps me on my toes and active - not so much story telling!

[@faithabovefear5737]

Best lecture ever 👍

[@mohammedal-hammadi5085]

The best explanation really! Thank you so much!

[@nikki8781]

Freaking amazing!!! My AP bio teacher should talk like that!!!! Thank you!!!! 😭

[@thasnee56]

Brilliant explanation. Thankyou somuch!!!!!!

[@santhigattineni]

The videos are just awesome. Thank you.

[@AKLECTURES]

santhi gattineni you're welcome!

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You are an amazing person!!!

[@maryb4472]

thank you - i have adhd and this video made my day! all others videos i watched made me bored and stopped watching them.

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He is amazing💕😍

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Love you man❤️

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really love your videos thank you so much!!

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u r the best.......great ..i had learn many things.. thank u

[@sankhya01]

brother keep rocking .... awsun vids man...

[@AKLECTURES]

Sankhya Chatterjee thanks, will do :)!

[@machday14]

I love this video great explanation. I think when using the terms you refered alleles as genes. The two alleles are what make up the genotype. Essentially what codes for penotype. Tall height. anyways it's not much of big deal.

[@HamzaKhan-qh5no]

You missed crossing over in meiosis 1 where purple capital T will get exchanged with the red capital T nd thus a chromosome will have purple T red T on it’s sister chromatids

[@abebarnes3269]

Being that he's describing Meiosis in regard to a single aspect, explaining crossing over is not necessary

[@elle4272]

This is awesome! You rock!

[@jennyvee1325]

Love your videos!!!

[@funfood1821]

You the best I like your explanation so much Thank you so much :)

[@emoney865]

Great video, very helpful.

[@holoceneheart777]

Ak Lecture... you should consider raising you volume...

[@canicechiu7848]

You my friend, just saved my ass. Thank YOU!

[@kamilahkent64]

Thank you for this video!!

[@mahzabinrafah9357]

thank u soooo much 😍😍 this is soooo helpful

[@phoenix2038]

In generation "f2" 25% is short 75% is tall, what about in generation "f3", is it 6.3% (25% of 25%)?

[@marcosajorda3872]

this makes a lot of sense. thanks heaps! :)

[@AKLECTURES]

Marco Sajorda you're welcome :)

[@DrSausin]

veryyy helpful ..thanxx for teaching us...

[@mariajosenajas3943]

Isn't what you explained at the beggining the law of dominance??

[@ARK4N]

this was amazing thank you

[@morriskohanfars]

I think you mean "alleles" instead of genes. "Gregor Mendel proposed that each pea plant contains two hereditary factors (aka genes*)" Should be alleles instead of genes. A gene has two sets of alleles....

[@yunielg7630]

Sorry for the dumb question, but what is it that makes the T dominant over the lower t?

[@betsysa6836]

I hope someone would answer my question. I find the epigenetic and mendel's law are somewhat a paradox. As far as I understand, epigenetic regulate, so that only one gene is expressed. It decides the activation of the dna. Whereas in mendel, both genes are activated. I don't know how to formulate my question, but I hope someone understands my confusion

[@handlestress1]

Superb lectures

[@hawrahayder1084]

you are the best

[@aboutstudies123]

Thank you so much Sir

[@ranasaint]

Thank You from Pakistan 🤍

[@johnnyxi8517]

amazon video!!!!

[@annisa0511]

hey, thanks a lot for the vid

[@lb6651]

Is it not manders L segragation via jaynetics ?

[@destaequar6084]

What is couse the short trite to be ressive gene in the frist filial genration

[@sunshinerainbow7338]

lol. This video was great. Thanks! Too quiet tho.

[@uroojjamal7551]

Thanks alot

[@malkitsinghbajwa813]

well explained

[@jhondelv8891]

Very good.

[@puneetsingh6]

Tallness and dwarfness .... Are these controlled by the same gene or different genes ??? I think these are controlled by different alleles of same gene .........plz clear this to me

[@bhargavsisir]

Mann ijust dont understand....everytime si see a recessive gene i see a dwarf plant is it compulsary to take a dwarf plantwhile considring a recessive plant

[@manishakarwasara5492]

Thanku sir.

[@vaibhavkumar8541]

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[@shadenalharbi7847]

thaaaaaaaaank you

[@Chef10245]

Who the hell is disliking his videos?

[@mohamedismail6273]

Sounds low

[@047-lakshaybhugra3]

thanksss sir

[@nimrarajput2791]

cant hear u

[@fusionhypnotic]

andrey k is a god

[@lightljos7999]

possibilities TT, Tt, Tt, tt

[@suransunshinemusic8850]

i believe these are the possible genotypes for the F2 generation (a cross between two F1s (Tt))