DNA and RNA - DNA Replication

[@kesharmal183]

These is the only video on youtube which explain DNA replication in a great and proper way

[@soulfuljuiciness]

Look further, it's very lacking in some necessary details

[@haroldwood1394]

Wonderful work! This series deserves far more views than it seems to have.

[@mitsunori222000]

Agree with you

[@bartonlloyd1616]

thank you for explaining in a simpler but yet in a very clear and educative way.💯

[@NucleusBiology]

Glad it was helpful!

[@soulfuljuiciness]

It would've been good if you explained how the second strand is duplicated as it's not the same as the first... which could be misleading to those that do not know that... for those that need that information, keep searching the videos dudes for more accurate info.

[@soulfuljuiciness]

@@Bub-n-Luci the process is different in how each strand is produced, one is continuous duplication, the other is done in stages

[@aaryanpatel7229]

He also didn't mention SSBP, toposiomerase, DNA primase ligase function along with okazaki fragments lagging strand and leading strand

[@indusharma3305]

Exactly

[@sudeepadhikari4454]

*Nucleus Medical Media Thank You So Much ! You're Blessing for Us* 🤠

[@GUCCI-hz8ow]

Thank you soooooo much. I don't know how I could understand biology without your videos ❤❤❤❤❤

[@sarahossain7659]

I'd be very grateful if you'd kindly considering making this sort of videos covering the whole A level syllabus! Thank you!

[@blaisooyono]

Thanks so much help me for exam very good explanation

[@ElenaPapanikolaou81]

It would be good if you suggested the right order of watching the videos you have made. Thank you

[@supgohan]

Finally understood how it's replicated. Very clear animation. Super 👍

[@AshveerGrewal]

It’s a good video but it isn’t detailed enough, there is no mention of Okazaki fragments, the 5 prime to 3 prime way the dna polymerase has to go and enzymes like ligase, topoisomerase and more

[@BioBloom10M]

Best animated tutorial I never watched before like this

[@marwaelsayed3887]

The way you explain it is so great. Thanks a lot

[@cherby12]

I see a couple issues with this video. First, it's missing what happens to the lagging strand. The DNA Polymerase enzyme can only add the new DNA from the 3 prime end to the 5 prime end. It has to go the opposite direction on the lagging strand. (That would mean we are missing Okazaki fragments and the adding and removing of the Primer). Also, the separation of the DNA causes tension at the twisted end and there is an enzyme called DNA Gyrase to fix that. Without it, the Helicase couldn't separate the DNA all the way.

[@janesa5097]

By far the most exquisite video explaining this. So awesome! Big shout out to the creator!

[@jakegordz101]

Watching this video for my biology high school final exams This channel is super helpful

[@soulfuljuiciness]

@@jakegordz101 it's lacking vital information, it this is for your exam search further, the second stand is duplicated differently

[@jakegordz101]

@@soulfuljuiciness thanks but it covers what's in my syllabus

[@soulfuljuiciness]

@@jakegordz101 I tutor biochem, this video doesn't include how the second strand is duplicated, just make sure you don't need to know that then

[@jakegordz101]

@@soulfuljuiciness I'm 100% sure I don't but thanks very much

[@milinddhara9113]

Best visual explanation, I have ever seen, very well explained. Thanks

[@Alkimachos]

this vid was ok, could definitely go more into depth though, it doesn't even touch on the more important aspects of DNA replication

[@Quran.And.Science]

Your videos are fantastic!! We consider them the best videos on this topic. Can you plz guide us which software do you use for generation of these videos

[@ghayasnoori9727]

Thanks sir for Very impressive and clear teaching

[@J_Grisak]

Thank you for this video. I didn't understand it when I read it in my textbook, but now I do!

[@josemiguelmunozdominguez3679]

Great video but, what about de SSB proteins? When the helicase cuts the hydrogen bonds, DNA needs a complex which maintain each strand separated.

[@E.1sha]

Thank youthese videos have helped me so much!!

[@lauragordon6414]

Unbelievable!! Now, I know where the nucleotides that bind to the template come from!! THANK YOU!!!!!

[@muzuluk]

the primer is a sequence of nucleotides after the helicase places the primer and then the DNA polymerase adds the nucleotides

[@Arpan1412]

WoW best animatic video in this topic to clear your base .💙🙏

[@evil-resident]

what about leading and lagging strand? primase and ligase?

[@Alkimachos]

those don't exist.. neither do okazaki fragments.... apparently serious answer tho, I think this just for like introductory biology, like high school level

[@sagar_neer]

Please make another associated video about how mutation occur during DNA replication.

[@mcftr]

Okazaki fragments?

[@ramakbalsharma2726]

Thank you so much for this explanation.. though it covered the concept but I needed in a more deeper way like of you have mentioned about replication fork ,ssbp,other more enzymes involved etc.. Btw the animation & visualisation was good ✨

[@darkg5103]

This channel is the best

[@angelicamusic1284]

Aap kaha se hai sir which city

[@khansgaminguniverse7922]

Where is topoisomerase..?!

[@oliviakalya]

why didn't u talk about DNA ligase

[@vijayalaxmitiwari2836]

Well explained

[@lolocaelio4745]

Forever Thanks.

[@cismaglinte7592]

amazing! thank you.

[@yongchangshe]

What does helicase and polymerase mean?

[@RiteshKumar-bp8dm]

That was the thing that was trubbling that how the cell maintane the no. Of cromosome thankyou ❤😊

[@jayveetesorero7513]

This is the best video I have ever seen about DNA replication. Kudos!

[@naimafarah-q7f]

Such a life saver❤❤

[@ZulaikhaAin-l1u]

Can you make more videos plssss

[@jamsheelarayaan5951]

Very useful video👍👍👍👍👍

[@abdoulr-u5t]

Why they dont teach us with védios like that it's just very clear and simple ❤

[@dipakgosai5501]

Thank you very much sir

[@mstfatema17]

Wow!!! thanks a lot.I am from Bangladesh 🥰🥰

[@TheUnveilguy]

Underrated guy...💀

[@MEGHRAJ-t3v]

we want more videos and quizzes based on biology ncert 🙏 ❤️ Love from India

[@banab8967]

Thank you so much!!

[@mhamadrashid8188]

Thank you

[@chandrikadisanayaka7314]

Good explain .......

[@keco3764]

Thanks

[@vaqalberto669]

Screw the lagging strand

[@निःShabd]

Nice info 👍 Keep it up 👍

[@sahilchoudhary7155]

impressive kudos

[@howwhattv2595]

Tnx so much

[@Y-fv9eg]

Thank you sooooo much 💐💐💐

[@ndricimballiu3612]

Please upload videos more frequantly

[@megapeiron]

Thanks!

[@saravanarajm5330]

Does this happens at prophase stage of mitosis and meiosi?

[@lxveemily]

yes! this is the process dna goes through to replicate for both mitosis and meiosis

[@vaqalberto669]

No, this happens in Interphase before mitosis and meiosis. Prophase is part of the cell division

[@SanjaySanjay-o1g8c]

Thank u sir❤

[@SheriAbro]

DNA is the condensed network in the form of chromosomes so why chromosomes are not divided in S-phase?

[@MuhammadImran-pc2xk]

Chromosomes divide in the G1phase

[@hechetonchieres]

No mention of primase or ligase, or the flow of polymerase from 3' to 5'. 3.5/5. Disappointing! All your other videos have been fantastic!

[@theerror2635]

Right! He doesn’t even talk about leading or lagging strands and the Okazaki fragments

[@miadhacene7992]

What can I say exept THANK YOU

The reason "why" the double helix coils down, is because of the "movements of energy"! AGCT is a scientific name of the strands, but similarly, these strands "commit" to energies, that are not included in these studies, because: SCIENCE is based on "hypothesis", and they lack the "spiritual side" of the making! Therefore, "we" keep on studying with names, and forget to think! ENERGYS.....these are the "sublime" units that build up life, itself! - Yours, CLEOPATRA 2000+

[@jinsoulsbluebetta3547]

Wth

[@Motivationmind876]

Anyone got a summary of the vid

[@Chaaaaase]

my science teacher said this was good

[@fairuzzihsan6417]

salam seko jawa tengah lek

[@nanadanutella]

greatttttt

[@tawfiqhossaingazi]

❤❤❤❤

[@allrounder-kn6ye]

Ok thanks vai 🆗🇧🇩

[@michael2127]

Where is the RNA??

[@SattaiahJ-cq3uv]

Ribonuclic acid

[@matiasmartins7431]

Ok maninho isto já não ta a ter piada, a salomé não me ensinou nada destas brincadeirinhas…. Abraço!

[@all_in_-one]

Thanks🙏🙏🙏🙏🙏🙏🧨🧨🧨🧨🧨🎄

[@teriso1793]

You are so cool UwU 🎉

[@babarnoor2268]

Where free nucleotide come from

[@Alkimachos]

they're floating freely in the nucleus

[@mariamyehiaa698]

سبحان الله ♥️😍

[@naimafarah-q7f]

Such a life saver❤❤