Bacterial DNA Replication

Microbiology: An Evolving Science 3rd edition
Copyright: WW Norton
DNA Replication: bacteria

[@HD-ko6ym]

it is SO much easier to understand when you have a visual thank you

[@takemein]

You can also check here.
ruclips.net/video/JzRUEMEyPNo/видео.html/DNA_replication

[@charlesdale2600]

Hands down the best video ever!

[@rajigkrishnan1360]

Best video ever to understand the dna replication. Thank u soo much.

[@baraskparas9559]

Fantastic presentation and explanation. Thanks!

[@nurulistic]

dropping my major :)

[@jacklu1611]

awesome animation!!! Thank you!

[@agnescruz4887]

Super animation with good exaplanation

[@anshikarohilla442]

Best video ever. Thanks!

[@JaLLaM86]

Very good explanation!

[@aemmigavisuttitada3021]

Thank you!

[@tanulikajana2860]

Is ssb protein attaching at DNA bubble before the firmation of fork???

[@thebeets6055]

Is there a loop formation on the lagging strand?

[@ariabaria1072]

thank you so much

[@rodym1681]

Amazing video,

[@lexxenon]

This is awesome thx!!!!

[@pep5378]

I thought the RNA primers are cleaved by the 5'-3' exonuclease activity in DNA Polymerase I? 4:47

[@Iris_Bohemica]

Please fix the audio around 1:15. I don't understand what the proteins are releasing.

[@zayanah3947]

The helicase loader is released from the molecule, but the helicase ring remains and thus is able to perform its function in untwisting the strands of the double helix.

[@xanderg7156]

Thanks Bill Hader

[@maitesophia4098]

THE BEST

[@DeepFrydTurd]

Could this be the solution for nanobots

[@sethno1ram1]

I'm so glad I'm thick.

[@sylvia1056]

best comment

[@vanessa991102]

So the red ring is Okazaki fragment or the green ring is??

[@kevinsun7617]

The real Okazaki fragments are the friends we made along the way.

[@luismurin6053]

That is so hard

[@joebourcy9905]

The fuck?

[@louiseeliza3495]

Our God is a genius!