I think genetics are really cool, and I also think there are so many more things we don't know about them yet which is why they seem so cool to me.\ lauten 7f
okay the video went by really fast but if im correct the helicae (thats how you spell it right??) is a protein that unwinds the original double helix, and then other proteins make new ones which wind with the old one??
but this was a really cool video, it like breaks off with one "machine thing" and then reattaches to another i think and then over and over ;D awesomee!
The the animation was really helpful! What makes the new DNA strand? How is it made? And what happens to the original DNA? Does it get a new strand of DNA?
This video really helped when we watched it in class today. WhenI was doing the homework I got a visual of what DNA replication looked like. Thanks Leslie! =D
i also though that this was really helpful, owen i think that the original dna is split into two seperate strands. so essentially one strand of the original is in each copy each one gets a new single strand.
All these animations are great. This really helped visualize DNA replication. The helicase looked like it had robotic arms on an assembly line. I was wondering though, how fast does this process happen?
my cumputer was not high-tec enough to watch this video... but if i did watch it would say "thanks this really helped me study for the quiz" but i didnt....
Leslie, remember those short videos we watched in class, there was one on translation and one on transcription? Well, did you post them? They were both like from the same website. --Vera 7F and stuff
The animation's cool and educational.
ReplyDeletemy cousins were laughing at some point, but i dont understand.....
oh yeah, the dna and rna looked lik pipe cleaners
;D
I think genetics are really cool, and I also think there are so many more things we don't know about them yet which is why they seem so cool to me.\
ReplyDeletelauten 7f
Its so awesome how every part of the DNA is copied it is kind-of like like a live copier machine!
ReplyDelete-Peter Freitag 7E :)
its pretty interesting to see how all this happens a million times over inside of us in a matter of seconds.
ReplyDeletewow, thats really complex and interestin how it dublicates. how long does it actually take?
ReplyDeleteThat's so awesome how those blue things work so quickly!
ReplyDeletethat was so cool how all of the DNA and everything else twisted into a thread and how it all fits in a cell nucleus!!!
ReplyDeletethanks for showing us it in class
ReplyDeleteWondefrfly briliant the dna moves almost too fast for my eye to see it
ReplyDeleteokay the video went by really fast but if im correct the helicae (thats how you spell it right??) is a protein that unwinds the original double helix, and then other proteins make new ones which wind with the old one??
ReplyDeletebut this was a really cool video, it like breaks off with one "machine thing" and then reattaches to another i think and then over and over
;D awesomee!
This is a really good guide to help with HW #64!!
ReplyDeleteIt helped me! Thanks Leslie!
it probably takes like a second or somethig, maybe less?
ReplyDeleteThe the animation was really helpful!
ReplyDeleteWhat makes the new DNA strand? How is it made? And what happens to the original DNA? Does it get a new strand of DNA?
This video really helped when we watched it in class today. WhenI was doing the homework I got a visual of what DNA replication looked like.
ReplyDeleteThanks Leslie! =D
Reminds me of a factory since it runs so smooth and efficiently.
ReplyDelete-Shahriyar Haider
i also though that this was really helpful, owen i think that the original dna is split into two seperate strands. so essentially one strand of the original is in each copy each one gets a new single strand.
ReplyDeleteAwesome. Radical. Thanks Leslie...
ReplyDeleteHi Leslie,
ReplyDeleteAll these animations are great. This really helped visualize DNA replication. The helicase looked like it had robotic arms on an assembly line. I was wondering though, how fast does this process happen?
How does the protein go as fast as a jet engine and why?
ReplyDeleteThanks Leslie. It was really cool.
ReplyDeleteMichael N. 7I
This animation showed me how DNA replicates, and I think it gave me like a beter understanding, because I was wonderin how it replicated.
ReplyDeletei agree with all these people....they stole my words...
ReplyDeleteI wish i had some super vision and could focus into stuff like this and watch it happen first hand
ReplyDeleteDEMOS
..∆
∆..∆
my cumputer was not high-tec enough to watch this video...
ReplyDeletebut if i did watch it would say "thanks this really helped me study for the quiz"
but i didnt....
Leslie,
ReplyDeleteremember those short
videos we watched in class,
there was one on translation
and one on transcription?
Well, did you post them?
They were both like from
the same website.
--Vera
7F
and stuff
I don't get where the other nucleotides come from though...I mean when the DNA unzips where do the other nucleotides come from to replicate the DNA.
ReplyDeletewhere does it get the other strand of DNA from?
ReplyDelete-simon