Sanger DNA Sequencing - Capillary Electrophoresis Animation

I make animations in biology with PowerPoint, this animation video is about Sanger DNA sequencing method with Automation and sample preparation, using Automated DNA-sequencing instruments.
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Background Music : AShamaluevMusic

[@MrFilu13]

Best ever watched video on DNA sequencing.. so simple to understand and beautifully presented.

[@yahiao]

The best video from thousands .
Now i understand it

[@kalyanr19]

Very well explained! I've at last understood how Sanger sequencing works. Thanks!

[@sokushinu]

Even though a PPT is used, the presentation is superb especially the animations, transitions and of course the background music(inspiring). The whole content as well as concept of this type of DNA sequencing was understandable.
This channel is so underrated, it should have more subscribers. You got mine!!! 👍 Keep it up!!

[@tetianad5067]

it is an amazing work! Simple clear explanation and the smooth flow of animation - really enjoyable to watch!

[@keshavbansal7395]

Best vedio on automating DNA sequencing I have seen till now. Understood everything perfectly unlike in so many other.

[@ishaancurtis620]

I realize it is kind of randomly asking but do anybody know a good site to watch newly released series online?

[@spencercasen5037]

@Ishaan Curtis i would suggest Flixzone. Just search on google for it :)

[@saramaffia7563]

These video you make using ppt are amazing! So clear and enjoyable... This is a really good work!!

[@deepakratha7127]

Thanks for making it so simple!! Our professor made it so complex like hell!!

[@wendykim5]

thank you so much! your video helped me a lot. this is very easy to understand!

[@rameenraza1927]

Such a good video and not boring. Every thing is so clearly presented. Weldone

[@Sam-nb1rm]

This is the best explanation video I've seen! Thank you!

[@alexanderdiederichs7332]

Wow you are so amazing! I feel the dedication & passion you put in this video, it helped me a lot. I will definetly check out your other videos

[@meriemtaleb3693]

Very lucid and helpful. Thank you so much :)

[@isharaj6499]

Wow! Literally Wow. Now I understand it. Thanks for this.

[@hajarbougtaib1137]

Très bon travail. Merci et bonne continuation.

[@booJay]

Amazing animation with so much detail and very concise. Subscribed.

[@stephaniemarianoconnornouv8929]

seriously! finally i understand... THANK YOU

[@aubidnassirikashani5027]

wow, perfectly illustrated, keep up the good work 👌👌👏👏

[@khadijaboulaassafer1767]

Thank you for this amazing video!

[@TheGeek275]

Incredible job. Thank you so much.

[@huoliyun942]

thanks so much !! wonderful animation and explanation!!!

[@gresyahendrawan6578]

easy to understand! thankyou! its very helpful

[@imenebenamira2851]

it was awsome short, simple and very clear

[@nesrinech3967]

very easy to understand, thank you so much .

[@jesigibbs6741]

Extremely helpful!

[@Nicoleisme_]

You Really Made My Day !

[@jellyfish_adventures9877]

So easy to understand now. Thankyou!!!

[@danielsanchezandrade3338]

Your work is fantastic!

[@Chava-LeaBrim]

thank you very much super clean!

[@drshivprasadg]

hi, very nice animations ....Keep it up bro...its just Great

[@prachipal478]

Now today I really understand what is actual electrophoresis technique and seperation really thank you 😊

[@glitterfalls]

Question: how do you know the sequence is in the right order. If ddna randomly binds to complementary bases?

[@indepthstudyofquran2978]

Amazing animation... Thanks alot💕

[@universdesvt]

Thank you so much for this informative video

[@sanduniabegunewardene7510]

So clear! Thank u very much😊

[@k.c.george6993]

Best sequencing video...

[@winproduction7585]

Very understnadable. Thank you

[@hfhhufifg5312]

Great!

[@rogerstankovic2137]

Brilliant animation!!!

[@saharkarbassi8793]

very well explained . tnx

[@pafizaparvin8859]

A clear concept👍👍

[@lucierobert9151]

Very cool video thank you !

[@nabaahamid3469]

thank you so much!!

[@biology..5554]

Thanks for the information ☺️

[@user-yn7qk2yb7q]

You are the best🙏🙏🙏

[@dr.muhanad3228]

Amazing!

[@ShoaibKhan-sf5yp]

Best video help me alot

[@joelgarcia9375]

Great video!

[@rayanhadid1269]

brilliant thank you so much

[@OnlyNo1Videos]

very good explaination

[@posetiveinsighte3167]

Sweet and short🙏

[@Rebeccacollister]

Thank you!

[@bouchrachaairii3937]

Merci bien ^^

[@alimukhtar4759]

Amazing

[@musicenjoyers6288]

Thank you very much 👍👍👍

[@mr.j2678]

very helpful thx;)

[@Rahmazad]

Thank you thank you thank you

[@MaideCanyakar]

Thanks

[@lekhachoudhury]

Thank you ❤️

[@ProfDrdrhIWAYANSUARDANAMSi]

THat a good video

[@constantinageorgantas9161]

Very helpful but do you need to put a new primer in each cycle? in the same tube with the same template strand?

[@user-jx3si4ff5p]

very good

[@user-ue3tv3vm1g]

thanks alot

[@user-bi7hl4lm4h]

💖💖💖

[@julietaferrini5565]

muy bueno sigue asi

[@francomolina9967]

así es

[@brahmiradhia7759]

❤❤❤

[@hebaomar3001]

❤❤❤❤

[@lianghu6298]

I like the music

[@rusal3556]

what happens with the second dna strand in 5'-3' direction? it shouldn't be elongated otherwise there would be overlaps in the signal right? But why it is not elongated too?

[@yandle121]

The single stranded target DNA is a template for the 5'-3' strand in your question. The fragments are identical to the 5'-3' strand, due to complimentary base pairing. So, the 5'-3' strand is not required. Also, the DNA pol I only works in the 5'-3' direction, so a 3'-5' strand would not be formed and would not overlap the signal

[@Carin4]

What is the name of the tube where the primer is placed?

[@benschneider2710]

the music had no right going that hard

[@darisleycarolinacastrohern8375]

SUB IN SPANISH PLEASE

[@sinemk6033]

Thanks a lot!

[@biodominance]

Amazing

[@madeleinem9357]

Thanks