DNA Replication Animation - Super EASY

DNA replication is the process of creating two identical copies from one original DNA molecule. DNA is composed of two strands and each strand of the original DNA molecule serves as template for the production of the complementary strand. Cellular proofreading and error-checking mechanisms ensure near perfect DNA replication. In a cell, DNA replication begins at specific locations, or origins of replication, in the genome. Unwinding of DNA at the origin and synthesis of new strands results in replication forks growing bidirectional from the origin. A number of proteins are associated with the replication fork which helps in terms of the initiation and continuation of DNA synthesis. Most prominently, DNA polymerase synthesizes the new DNA by adding complementary nucleotides to the template strand.
ASSOCIATED VIDEOS & LINKS:
-- More information on DNA Replication: www.dailymeded.com/dna-replic...
-- Mitosis Video: goo.gl/uf6hh4
-- Meiosis Video: goo.gl/6nZ2Dk
-- Transcription & Translation Video: goo.gl/KsJSkM
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This information is intended for educational purposes only, and should not be interpreted as medical advice. Please consult your physician for advice about changes that may affect your health.
This Animation explains in detail how the DNA replication takes place.
DNA Replication video.
DNA Replication animation.
DNA Replication tutorial.
How does DNA replication work
Why is DNA replication important.
What is DNA.
DNA replication made easy.
what is DNA replication.
DNA replication made simple.
DNA Transcription.
DNA Translation.
Transcription and Translation.

[@ossielmais]

what is this music....Feels like im gona get kidnapped by aliens

[@animalama9604]

LOL

[@aydnkoluman5040]

komik mi

[@vinvas]

😂😂😂😂😂😂

[@aliasharma5471]

hahahaha lol plz change the music it's quite irritating also

[@bajodah1847]

ossielmais maybe that's what it sounds like in our body hehe

[@miket7974]

Animations help make molecular biology so much easier to learn. When I learned this as an undergrad it was so hard to remember it all! And reading it in books overwhelms you and makes it seem so much harder than it is. I love this video; I needed a refresher.

[@siddzk6522]

lol i'm learnin this in highschool

[@CherlMichelleEpu]

Siddz K ...Yeah, we all learned that in High School... smh... But he just pointed out taking Molecular Biology in his Undergrad studies

[@Me-to5zw]

Siddz K I'm learning this in high school too. I'm a senior

[@meherbarbhuiya1180]

Mike T

[@shriramravichandran9720]

Yup....but animations r nt available for everything😔

[@TheWhiteGrin]

Watching this video mad me so disturbed and uncomfortable that i feel like my worst childhood nightmares all came together into one video

[@Louisianalady75]

LOL

[@Fuzzyblob]

Mr. Biology's video is actually a much better tool for understanding replication.

[@Pikmin.-]

Owen Sanders yeah but Mr.Biology needs Mr CGI to animate better

[@SuperNumber420]

Woah. The insides of cells have some intense acoustics going on.

[@InTheMiddle95]

I can't believe how i spend hours on textbooks unable to understand this and 1 time of watching it finally made it clear.Kinda makes me angry at the stupid textbooks...

[@Ombrenoirs]

You're probably a visual learner as am I. 😀

[@aayoshidutta8108]

exactly. nice video (y)

[@chizoioioi]

I didnt even bother looking at a science textbook the whole semester

[@maadbunny]

+Denis Textbooks are a waste. Internet isn't the future, it's now.

[@Thomaaasooo]

apart from the fact that this animation isnt accurate ;)

[@jenna8459]

9 years later, it is still helpful to this day! Amazing videos like these making learning biology so much easier. Thank you!!

[@sherleealvarez1234]

This is so much easier to comprehend than a professor talking about it with pictures. Thank you!

[@abudmehdi8940]

+Sherlee Alvarez Hello possible student

[@kahoruishikawa3240]

My class spent like 4 weeks on this topic and I only had to watch it 5 times to get it

[@kathleenranihagen9256]

I finally understood the point with Okazaki fragments, thanks!

[@abudmehdi8940]

+Kathleen Rani Hagen Hello possible student

[@jeremiahtassinari1743]

"For God so loved the world, that he gave his only begotten Son, that whosoever believeth in him should not perish, but have everlasting life." John 3:16 Only Jesus Christ is the way to Heaven and be saved from hell. "But God commendeth his love toward us, in that, while we were yet sinners, Christ died for us." Romans 5:8 "Jesus saith unto him, I am the way, the truth, and the life: no man cometh unto the Father, but by me." John 14:6 Have you believed in your heart that Jesus Christ died on the cross for your sins, was buried, and rose from the grave? You must believe that Jesus Christ is the Son of God and died on the cross for your sins, was buried, and rose again to be saved from eternal damnation and instead go to heaven "That if thou shalt confess with thy mouth the Lord Jesus, and shalt believe in thine heart that God hath raised him from the dead, thou shalt be saved." Romans 10:9 "For there are three that bear record in heaven, the Father, the Word, and the Holy Ghost: and these three are one." 1 John 5:7

[@stepssteps879]

7

[@ziaulhaq4269]

🤣🤣🤣🤦

[@LTEprepare]

Good

[@AndrewIrizarry]

The Histones scared the shit out of me.

[@siddzk6522]

LOL SAME

[@bajodah1847]

Andrew Lombard 😂😂

[@prishisharma320]

Ikr zombies attack

[@raisa_cherry33]

xD

[@nadaajs4635]

Yeah😂😂

[@DailyMedEd]

DNA Replication Animation #medicine #medical #health #DNA #USMLE #usmlestep1 #biology #cellularbiology #Cellcycle #cell #usmle #biologyeducation #biologyexam #medicalinstitution

[@daniellee7127]

much tags. such wow!!!

[@LaughableXD1]

Those DNAs look like they're having a seizure

[@vxpopuli]

That's the real case in the real world. All atoms including those in you are constantly oscillating

[@MVacSystemsDNACollection]

That is great stuff! Easy to understand and high quality. I wish this type of video and instruction had been available years ago when I was in school!

[@sanashariff9446]

I have watched so many videos on DNA replication, and although this video looks like its been made in the 90s it has made the most sense to me! Thank you so much Medical Institution! Godbless

[@ro1882]

thanks.. I was going insane listening to my prof's 2 hour lecture on this!

[@zicogyal5634]

That was so awesome! Thanks for the detailed explanaition. I understand much better now

[@AA-vn2nq]

I love the wind instrument and how it keeps repeating over and over and now the noodles ride down and up the rollercoaster.

[@NightCrafted]

Never in my life have I been legitimately frightened by a biology video

[@aves4081]

Beautiful. I really don't understan what is disturbing in this video?? It is just amazing animation of DNA-replication. A brief outline.

[@fortazerty]

This is the best explanation you can get I guess :D thank you !! Please keep uploading videos because I subscribed !

[@lightning9789]

Am I the only one who finds this creepy?

[@DarkParagon]

I think he means the animation is kinda creepy, which is understandable. Gives me a kind of 'Skeletons from Clash of the Titans' kinda vibe. Extremely helpful though. :)

[@ChimeraGilbert]

Calling someone stupid while simultaneously using piss poor grammar speaks novels about you.

[@ChimeraGilbert]

Yeah, you make that very clear. So I would advise against insulting someone's intelligence when you still have some work to do yourself.

[@Leriash]

It is, the way it vibrates reminds of the legs of a bug.

[@neonpop80]

Yes, its very ceepy. Because you are in denial. All you guys are looking at what every single living thing on this rock has. We all come from a single little code. We share one code with all intelligent life on Earth. Yes plants are intelligent. You believe in randomness? This code must have some kind of intelligence behind it. You think all the amount of all books in the history of mankind can be compiled together to make a super book that would describe every single living cell in your body can be chance? You KNOW its creepy. Its creepy because I'm more likely to turn into lion this moment than have that occur. This is not only improbable, it is IMPOSSIBLE!

[@ugochukwujonah1683]

So much information packed into a 3 minute video.

[@AA-vn2nq]

I love the wind instrument and how it keeps repeating over and over.

[@arshiyashaik5972]

seriously , i am soo thankful to u for posting this , its soo simple and time saving , saved hours of mine ! thank uu

[@qOZYChin]

This video does a very good job of explaining DNA replication. I might use to the teach my students

[@lilcharliefication]

the histone part was had a demonic feeling to it...especially with the audio,hahaha.

[@akri1414]

this animation is so aesthetically pleasing, who else agrees?

[@MrDeking10]

What force pulls the histones/polymerases in and out?

[@md.manirujjaman]

I am little bit confused about this video.Two separate DNA polymerase replicate leading and lagging strands or one DNA polymerase replicates both strands,which one is correct?

[@jesscoolit2332]

Thank you so much!! This video explains way better than my prof haha

[@charleyjr.iriarte7428]

Thank you for the teaching of the DNA replication in the E. coli cell. God bless.

[@shirs5353]

Thank you! This video made it so easy to understand.

[@sarahheuker2093]

Wow, this is amazing. Also thanks for making the DNA during DNA replication not make me want to run away from the video *cough cough unlike the first 1minute and 42 seconds.

[@leviclark8096]

great video! helped a lot with my biology class!

[@Ja-yj5fm]

3 minutes of this video made I understand all clearly, even I can't English very well. :D Thanks a lot! :)

[@mrgamer-iv6mh]

Me too

[@Wolf_Hcr2]

Finally understood through this animated video thanks!

[@xOpIaNoGuRlxO]

This is beautiful and presented in a very understandable manner. Thank you.

[@RameshKumar-ts2sv]

sir ye jb single cell protein enter kerta h DNA me tab ye iski shape ko further aage increse krta chala jata h kya

[@manuelspitz3930]

Mind blowingly good and simple video. Thank you so much.

[@pavlelalovic9859]

I have a question, we have 23 pairs of Chromosoms, so when DNA replication begins, are they doing it all 23 in same time?If yes which chromosome contain each genes ? I think i missing something here :/.If every chromosome contains whole DNK structure why we have 23 pairs, what is diference? Are they replicating separatly one by one or in same time, and are they all together building one mayor DNK chain or separate chains?

[@eunpark6269]

It is amazing how the first clip of this video is distrubingly realistic :P

[@bow2myia]

My biggest question when studying replication is why is it so complicated? Not in understanding, but in functioning in the human body? Most of the processes in the human body are highly specific and heavily regulated due to our compartmentalization, so it's understandable, but I've never seen a process so complicated (like all the extra proteins needed to complete the lagging strand). Is this simply due to the helical structure of the DNA? I know we have several ways to check for error, but it seems like the lagging strand could be miscopied from just one of those malfunctioning, essential proteins.

[@fileguru9382]

Cant i get this video for my students ?

[@ranaasif9796]

During DNA Replication Which Enzyme Work first??? Gyrase or Helicase????

[@ChibiRyo]

So someone respond to this to see if I understand this correctly: 1. DNA gets unwinded by Helicase while at the same time gets treated by topoisomerase to keep the DNAs from breaking by the untwisting and twisting pressure, while Single-Stranded DNA keeps the strands in place 2.The leading strand gets coded by DNA polymerase smoothly at the 5' end to 3' end 3. The lagging strand, cuz it's technically facing the 3' end to 5' end, needs RNA primase to attach some Primers that attach some Okazaki fragments for template DNA, where DNA polymerase will eventually come and replace those RNA codons with the proper DNA codons. 4. Ligase binds and attaches any loose fragments together. Did i miss anything?

[@idkitsmeithink]

Sounds good✅

[@LuisLopez-qg3xg]

ChibiRyo Remember that the leading strand needs a primer before DNA Polymerase can code. The enzyme RNA primase primes the beginning of the leading strand.

[@gulpedits6413]

where it says RNA Primase, it actually means DNA Primase. DNA primase is a type of RNA Polymerase and is what actually creates the RNA primer.

[@Krislights1]

Ribo-nucleic acids make DNA. Not De-Oxy-Ribo- nucleic acids. CG/TA.

[@Krislights1]

Proteins are broken down and you piss out the bits not required.. It's called urine.

[@luqi01]

if the unwound DNA is 6ft long, does that means we should be able to see it with the naked eye right?

[@donbossco6132]

I understood and I get 90 / 100 in these topic after watching this thanks bro/sis.😊😊

[@rozepyracantha5574]

Is the wind-tunnel effect necessary? I find it distracting.

[@jaskaran401]

Thank you for uploading this video!!!

[@rajatprasad2650]

Which software you use for this kind of animation

[@mutiararahmah9342]

really good explanation, thank you!

[@Ahernandez2030]

Nice one. Very easy, don't know why I didn't see this when taking biochem.

[@kithsirisilwa697]

This video is very important for our a/l...i took so many information from this video thankzz

[@Dr_Bille]

This was helpful af. The description in my textbook was literal garbage

[@short6599]

Where is topoisomerase enzyme, which prevent DNA strands to be joined again.

[@destinydiamond1282]

Where does RNA come in for Transcription?

[@maadbunny]

So much easier to learn it VISUALLY. Also, sound effects are lightweight addicting.

[@asifiqbal8632]

I cant understand leading n lagging strand....the newly forned DNA is 3-5 or 5- 3 direction 😐

[@mihrabanibrahim7253]

Amazing!!! short and sweet.👌👌👌 Thanks for such a great vedio

[@vik_body_beld7294]

Can we see DNA using an electron microscope? How many lines of code can we get from a human body?

[@safaaraahmed6657]

It increased my biology marks .thanks a lot

[@gunnara1459]

I'm kinda confused. In my textbook it's says that DNA-polymerase can only move in 3'-5' direction along the template strand. While in the video it shows it's going from 5'-3'. Can someone explain this to me?

[@microbiologyit]

Gunnar A DNA Poly III does move along the template strand 3` to 5 and it synthesizes the complementary strand 5` to 3`.

[@colour_shades413]

Thank you..This vedio really helped me to understand DNA Replication..

[@maxscene7]

this is so awesome. thank you.

[@busekara6067]

is it just me that couldnt see the loop lagging strand supposed to make?

[@KiyoshiNamba]

有意義な番組を多数作って下さい

[@mudamalajayasimhareddy9517]

Very good explanation

[@azhabkerim9567]

this is very well explained and useful

[@haticekocalar9244]

basicly understandable and wonderful video

[@gabrielwilson6484]

"SUPER EASY!" I love it! I'll make sure to put that on the biology quiz...

[@saman7032]

Very helpful! Thank you!

[@victory4333]

Pls at 1:57 did he say that single stranded DNA binding proteins will keep the stranding for revealing. I couldn't hear it well pls if anyone knows he or she should help me out. This video is nice and short.

[@drrabiaarshad]

It made me easy to understand... Thnks

[@creativefortanimations4306]

thank you very much for the video

[@syedhasnainalishah3754]

This was very interested.I liked it very much

[@nadianayar3369]

DNA Replication part was incomplete. Missed out topoisomerase enzyme and missed out RNA Polymerase stage

[@minahilmustafa5606]

Nadia Nayar RNA polymerase has no part in DNA replication, it is involved in protein synthesis.

[@Sanja1493]

@@minahilmustafa5606 primase is RNA polymerase.

[@fathimasalma5377]

great visualization.thanks

[@priyachakraborty2260]

DNA replication in prokaryotes can you plzz create a video on that too....

[@20btnithishm52]

This animation vedio was most helpful study for me including others.

[@Daraghhughes216]

Wasn’t helpful for me as didn’t demonstrate how dna works , got to be honest here pal your pissing me off with that question what sort of backwards person are you dope 😊

[@amartyahosein356]

really good vid ! i understand really well

[@Ritiksingh-hk9qx]

is it for prokaryotes or eukaryotes?

[@misbahbadhra-rollno1343]

It's very helpful....Thankyou🤗

[@ranianasser7494]

Great🖤 This is the best video ever seen🖤

[@dreamsaluminium]

sliding clamp? clamp loader?

[@Dr.Aniroodh.M.B.B.S]

Very nicely explained

[@VijayLaxmi-un9sw]

Too good animation to understand from ...............Its like yeh ....bro the that s called animation..😁😘

[@malakali537]

simple and beautiful 😍

[@elizabelgoh8700]

Sometimes I wondering why don't the polymerase one replace all the RNA from DNA.. to prevent all okazaki fragments etc. ..

[@mrphysh]

I wondered about this for decades...The tri-phosphate on the 5' of the free nucleotide must go on the 3' of the growing strand. The enzymes and energy considerations will not allow the reciprocal reaction. (If I may use that word)

[@arshali8506]

great video!! helped a lot

[@CrystalAge]

where do the rna primers go? Thanks for any realistic reply, aloha

[@MrFaridghandoura]

digested (hydrolisis) mainly by RNase H and any resistant primer to this hydrolisis will be digested by a specific domain in DNA Pol I (from "molecular biology of the gene, 7th ed. )

[@zwan7342]

bruhhh this 3 minutes video is much better than my 2 hour of lecturer talking to a slide ffs.

[@SUS-xd7ze]

wow..so amazing..thank you..i can understand now..

[@funusherpa9060]

Lovely to watch........awesome

[@DebanjanKarmakar]

Where is the gyrase?

[@anamikasharma8160]

Dna replication Process is partially incorrect.

[@matthew_bang]

how is this 720p

[@KanikaRawat980802]

excellent animation

[@KATLANA1]

It doesn't mention the need of an RNA primer on the leading strand. DNA Polymerase III needs a primer, regardless whether elongating the leading strand or the lagging strand!

[@Skinee_grrl]

1:56 shows the form splitting the DNA, Also known as the ribocase.

[@winnshak]

The RNA primase synthesizes RNA in 5' to 3', makes this video a bit confusing.