Splicing

[@ummeabiha7323]

this is so far the most simplified yet the best video on the topic!!

[@sarvsoltani1674]

it helped me in so many ways to better understanding how exactly the splicing takes place! thanks for the great job.

[@okankilic2297]

To add a minor revision, you could substitute "dash" with "prime" word. Thank you !

[@lorrainelolah6841]

hello Okan! can i kindly have any questions on pre- mRNA that you might be studying. i actually approached you since your comment is the most recent.

[@BioTechNomad]

😂😂😂😂 i was thinking the same

[@varnamohan2629]

We use prime

[@rachl8400]

Great video! Super helpful, one thing to note is I believe the correct naming of the G and A nucleosides is "guanosine" and "adenosine" because they are joined with ribose, not on their own.

[@ummulbanin9845]

Thank you sir for such a simple yet completely clear and understandable lecture

[@KarthikDisley]

simplest and shortest explanation of all, very helpful

[@apekshadandi7767]

It was quiet effortless to learn splicing from your video. Thanks a ton.

[@rajuislam2490]

Thanks man.. I really get understand by your video a day before my exam.i cann't speak out how am i feeling now!!!!!!

[@joyganguly6834]

Really thank you for the video sir, I have never understood Splicing this good before

[@razanfeki2909]

you explained something in 7 minutes that my professor couldn't in and hour and a half !!!!

[@SabrinaScience8]

Thank you so much for this video! I'm a visual and an auditory learner and I thought your explanation was perfect!

[@shamshassan6827]

thank you, you made such a complicated
process easy and clear to understand

[@Reah850]

I know I will never ever e-ever give you uuup, and I wanna say thank you in case I don't thank you enouuugh...

[@pakeezahashraf197]

I did'nt understand my teacher's wording
But this vedio help me and make me to understand splicing easily
I just love thiss❤

[@ganeshgr616]

Great explanation..and . good vedio too.......

[@HadasLL]

I'm so happy I found you. You are great!

[@paige9274]

great video, explained very clearly thank you

[@funnyvideomarwadi]

Nice information of RNA splicing

[@chloesmith2607]

Thanks man, I really appreciate this. Have a great day!

[@anjanasaji6557]

Very nyz clz...easy to study😍❤️

[@yashusingh2289]

Really helpful..... thank U so much....keep it up......!!❤🤗

[@memanjoo005]

Best video on splicing

[@yarelisrivas-avila7610]

Excellent explanation. Thank you so much!

[@Sunshine-Muskan]

Great work 👍 very clearly explained

[@alfredomunoz8791]

Also Prokaryotes can't have introns, because they have transcription coupled to translation. They don't have time/space for that, since intron splicing will stop the coupling. Eukaryotes evolved the nucleus, where splicing can be done

[@ganmeii]

they still can have introns, prokaryotes perform self splicing which means it won’t impact translation time wise but it can still happen

[@resin_artisan_zk]

Explained so well 👍

[@Razaullah-i3g]

Nice video dear

[@joshmemarrynagdey1639]

Helpful video. Thank you

[@vaishallychugh8577]

Really very nice explaination

[@md.ashrafulkarim6778]

very short and to the point..thank u

[@sharonbhambal2084]

Now I clearly understand this concept thanks

[@eisenj21188]

Great video buddy. Thanks!

[@drajiv1]

Nicely explained 👍

[@lordhelmchen6539]

Very helpful. The simple explanation of attack here and there from my professor was not cutting it.

[@aaronmbwabi]

The best explanation ever!

[@salmasanad710]

thaaabk you so much i spent three days trying to understand this, fortunately i found this and i understood it quicklyy so now i wish if i have founded this 3 days ago hahaha

[@bracken7794]

Great explanation, thank you!

[@ahmadansari6829]

Great sir

[@asmita_1999]

Great video

[@sujankumar3620]

Super explanation 👍

[@Alkimachos]

am I the only one who thinks snurp is the cutest name ever?

[@manjusamyuktha2013]

Good explanation thank you sir

[@apurbamukherjee794]

It's very helpful, thank you for this video

[@neethugopal2351]

Thank you.. its very helpful and easy to understand.

[@AlhassenGalied]

Well done

[@niks8924]

Very well explained sir

[@mohanaburman8467]

Loved it ....

[@arshbir1539]

Thank you

[@Wilderness5283]

Thankk you, it is very informative!

[@sumanpanigrahi7275]

Nice...

[@ishanbharti8797]

U5 is attached to both the exons, holding them together

[@prastutidebi8034]

Really helpful thank you so much

[@mmmpr2261]

Bless you,man!saved my day'

[@akashsahu6856]

Thank you for your help 🙏🙏

[@deebos980]

wow nice

[@linagabriel6356]

Thank you so the video.. It was very educating

[@DharitriVishaliniG]

You are a god send. thank you.

[@MehwishNaseer-e1t]

You are great bro 👍

[@ごはんだいすき-d5f]

1:50 ✍️ It helped me a lot, thx🙏

[@rajkishoredas936]

Thank you sir , the video was easy to understand .

[@manikhalder3520]

loveeeeee you a lottttt god bless youuuuuu

[@khoinguyen0210]

Thank you very easy to understand

[@mawadaa.nasser651]

Very simple, Thanks

[@the_explorer_anje8243]

Thanku so much for complete explanation

[@lucyxiong7301]

thanks for your help! you're pretty awesome!

[@ВасилийЛ-в7ъ]

То чувство, когда говоришь по-русски а слушаешь по-английски и все понимаешь)

[@mitchellhayes2400]

Great video! What is your primary source for this video? Thanks.

[@danielolumese9083]

thanks making this video mate !

[@liutianchanzwiers3706]

Thank you so much!

[@zoom-zip3473]

So where does the guanine nucleotide in type 1 introns come from?

[@RAMYAPEDDHURI]

Very nice thank you

[@quickbiochemistrybasics]

Most welcome 😊

[@shaharbanupp6975]

Tysm,, u really helped me a lot

[@240_mandakinisabar4]

Tq so much sir i really appreciate you ❤️

[@ayshamalik2963]

Much helpful💜💜💜

[@beatrizvelazquez5430]

Great, just one comment, it's not 5 or 3 "slash" but "prime" (like Amazon, ok bad joke)

[@saimsaim8580]

😒😂😂😂

[@kavyashree8069]

He said 3 dash and 5 dash and not "slash". In most of the colleges and universities they teach us like that

[@anshikajain7556]

It's pronounced prime not slash in biology

[@c0rtikoZteroids1]

@@anshikajain7556 It's common nomenclature; "dash" and "prime" are both accepted.

[@anshikajain7556]

@@c0rtikoZteroids1 ik but i was talking about slash. Thanks btw

[@manibio2948]

Thanku so much ........

[@XAbdeVilliers]

Sir which is best book for molecular biology study📚

[@muhammadabdullah4121]

Why the splicing of intron in transcription occur in eukaryotic not in prokaryotes?

[@muhammadtouseeftahir9477]

thank you so much❣

[@manikhalder3520]

you are gooooooood

[@bharatidas2108]

Thank you🙏

[@silva0003]

Why are there no videos of examples using a template strand to help us identify introns and exons

[@josephineobi8089]

Thank you for the video.
Please can you help with an explanation why in-vitro splicing reconstituted with U-snRNPs is slower than in-vivo splicing?
Thank you.

[@leyiwang3863]

Very helpful!!! Thank you!!

[@mimineelam1671]

so lariat forms only on group 2?

[@beatriz4118]

Thanks

[@extatickiddo5714]

I’ve never heard prime read as dash lol

[@gretabecker2946]

Me neither. Came to the comment section just to see if that's a thing... So, was this by accident or is it, indeed, called 5/3 dash in some other parts of the world?

[@shubhangimorale9684]

@@gretabecker2946 some people call it dash instead of prime which is conceptually wrong. It should always be 5’prime splice site.

[@nadiatumayine7341]

Thank you for letting me know that the dash meant prime, I was on my way to closing the video because I was even more confused :)

[@londonjeremiah8434]

instablaster...

[@bookishmahsa6634]

cool then I'm not alone

[@akashbaburaj2349]

can somebody explain what is branching sequence in mRNA and why it is called as branching sequence

[@taniabhadra9313]

What happened to the introns after slicing?

[@valentinapaolillo6310]

thanks for the help, great video.

[@syafianursyifa5183]

excuse me, Mr. what's book you were used in this video ?

[@DBS608]

Remember no bond brakes, nor new bond form

[@mobarkalwahishi3323]

Thank you so much

[@subhasishbhattacharjee8596]

Thank you mam

[@melodii8377]

what i dont get it why these parts get transcribed if they are to be cut out.. why not simply not transcribe them and connect the exons like okazaki fragments are connected..

[@mohammadaadam2102]

Helps in giving rise to alternative splicing which in turn facilitates a single gene to produce many proteins

[@amnarehman1278]

Waaaaaaao 👍

[@indrajeetsingh-ev3ig]

Is this will going to help in my neet exam it is not clearly taught in our Aakash coaching ....
Please help

[@yashasvisharma2394]

This topic is not needed for NEET prep... its high level MS portion

[@user8582]

AMAZING

[@karansahare1349]

Thanks sir

[@HarshitKumarSinghAnine]

Thank❤❤❤❤❤❤