I love this vid, im doing a project on protien synthesis at school, so i decided to youtube it to get some study done and explained to me. Good job, liked the music :p
GTP is kinda like ATP in that it is used for ENERGY!
GTP is more specific than ATP because it is only used during translation (and some other things but whatever). GTP is needed to bring tRNA into the ribosome and also for the mRNA to be pulled inward after each Amino acid has been added. In other words, 2 GTP are used each time an amino acid is added.
if people knew what they are for then they wouldnt have to watch this video. but i think the small unit is needed because the mrna chain has to go SOMEWHERE to start making a polypeptide, cant just try making them willynilly in the cytop[lasm on their oun can they? the large part is probably needed.... to make a comeplete ribosome? a machine cant work with a part missing, right? i hope this helps. although i probably shoudnt even answered since im not sure, but i put alot of thought in this!
there are 2 on the small subunit of the ribosome and 3 on the large- the e site is the exit site and the tRNA briefly is bound to the large subunit in this site before leaving the ribosome.
And hedley! I really appreciate the input, though at the time of the film I was in a basic Bio class, where the elongation factors weren't addressed in detail.
The movie is just meant to be a short overview of the process. Maybe a better/detailed vid in the future? : )
They just bond chemically with the molecule that fits their *physical* shape. It's like a complex jigsaw puzzle.
They obviously don't purposefully go toward each other like in the (FANTASTIC) vid, rather its a random process. Lots of molecules might hit against each other but not bond because they're the wrong shape.
Sometimes it's difficult not to see a purpose to the whole process, or not to imagine some invisible hand guiding them, but it all follows the natural laws of physics.
oh my god. that was SO cute but at the same time gave me a brief an understanding of protein translation (was browsing the web for a quick explanation). Thanks!!
LOVE the song choices too! it goes well with the different stages. <3
how exactly does the tRNA bond with the amino acid?
PAE1966Gate13 4 months ago
That ribosome looks like a goomba
casto168 9 months ago
I love this vid, im doing a project on protien synthesis at school, so i decided to youtube it to get some study done and explained to me. Good job, liked the music :p
Hbveeceecrumb 1 year ago
HAHAH thats a mazing thanks for your efforts.
Laghmanistan 1 year ago
this rules
sbsb11 2 years ago
im wondering what is GTP and what is the function of it???
what is function of large ribosomal subunit and small unit??
if anyone knows the answer plz tell me cuz i have a test about it !!!!!!
6TM9 2 years ago
@6TM9
GTP is kinda like ATP in that it is used for ENERGY!
GTP is more specific than ATP because it is only used during translation (and some other things but whatever). GTP is needed to bring tRNA into the ribosome and also for the mRNA to be pulled inward after each Amino acid has been added. In other words, 2 GTP are used each time an amino acid is added.
jorowens 2 years ago
if people knew what they are for then they wouldnt have to watch this video. but i think the small unit is needed because the mrna chain has to go SOMEWHERE to start making a polypeptide, cant just try making them willynilly in the cytop[lasm on their oun can they? the large part is probably needed.... to make a comeplete ribosome? a machine cant work with a part missing, right? i hope this helps. although i probably shoudnt even answered since im not sure, but i put alot of thought in this!
MOLLYDOLLIGHT 2 years ago
3 sites correct
not 2 sites
1101401980152 2 years ago
Very good
BlackDementor 2 years ago
Gregor und Ali sagen Köszönöm!
alive51 2 years ago
amazingly done! but please, READ THIS: there are 2 sites for tRNA not three. ty
darkyoss 2 years ago
@darkyoss
there are 2 on the small subunit of the ribosome and 3 on the large- the e site is the exit site and the tRNA briefly is bound to the large subunit in this site before leaving the ribosome.
eMnMilys 1 year ago
my whole biology class watched this video
LivingFreeNatali 2 years ago
Very well explained
apnargundkar 2 years ago
awesome!! thanks!
krystle8277 2 years ago
great video, my lecturers notes suck compared to this! very helpful
mahaham 2 years ago
That was really great!! I have an exam on this tomorrow...your video was helpful! Thanks for sharing. :)
btw...Loved your music and captions..very amusing and entertaining.
TangibleTania 2 years ago
Comment removed
lastinghale 2 years ago
Like the songs...Easy to understand also lemme know if you do more biology stuff like this
FenderMike1428 2 years ago
its really amazing you find the right way to teach the complicated lesson... keep up the good work.
imee0322 2 years ago
Holy-Terrorist:>*=* GNEHEHE
Agentoxedo07 2 years ago
Wow, amazingly this is the most detailed animation I have found on translation...
Shame there isn't anything with the elongation factors as that's what I'm really struggling to visualise.
Mega respect anyway
meme2342 2 years ago
what a great vid!
really helped with the bio A level revision thanks =]
x
sparklieflower 2 years ago
tRNA is correct : )
And hedley! I really appreciate the input, though at the time of the film I was in a basic Bio class, where the elongation factors weren't addressed in detail.
The movie is just meant to be a short overview of the process. Maybe a better/detailed vid in the future? : )
unkerg44 2 years ago
@unkerg44 I watched so many videos on this and THIS ONE was the only one that helped (A LOT)
Venom272X 8 months ago
I think you mean tRNA you wrote RNAt that makes no sense far as I am concerned and I am doing my BA science.
breanden 2 years ago
OK, in the real world there is a "hand" called Elongation Factors.
In bacteria there are 3: EFTu, EFTs y EFG.
In Eukarotes there are 2: eEF1 and eEF2
They move the RNAt and breaking GTP to GDP.
eEF2 is inhibited by diphteria toxin and Pseudomonas A exotoxin.
hedleypanama 2 years ago
I get it NOW!!!!!!!!!
LOVE you!
Tanks.
x
chillgrr1 2 years ago
dangers! nice work..
kranberie69 2 years ago
JUST FANTASTIC!
CONGRATS!!!!
ed52t 2 years ago
thanks!
this really helps me for my Bio-Exam tomorrow!
tcrono 2 years ago
amazing! really understood it and the whole hand thing made it feel not as hard in a odd way! ~tingles~
michie88key 2 years ago
haaa great :)
theK0OKS 2 years ago
great job!
gmapickle09 3 years ago
good work, liked the music.... maybe next time with commentary ;)
ShaneDelivery 3 years ago 2
very thourough probably one of best I've seen so far though commentary wouldhelp but like the music
molemarvel 3 years ago
Good Job-I can't wait to use this in class tomorrow -My students will love it!
emadara1128 3 years ago
This is excellent! I wish you had included the various GTPase factors but at least you had the GTP hydrolysis events there. Good work!
AstarothCY 3 years ago 2
Good work. It would be much better if you had a tripodod in place. A little shaky! might hurt my eyes watching too much. I love this video!
LegIsLate 3 years ago
The tRNA looks like a said green condom.
algernoonsala 3 years ago
Wow, really great. Makes lectures on this subject a lot less dusty. ^_^
Great work guys!!
(ah, and I liked the music. ^^ 'Karma Police' ftw.)
Suikerverslaafde 3 years ago
i hate your music!
Sergionewyork 3 years ago
Yay! Maybe i'll pass my biology test tomorrow!!!! thanx for posting!!!!!!
FireAndIce0o0 3 years ago
Thanks guys for helping me study!
Newyorkina22 3 years ago
This.. actually helped me get an A on this test. It's pretty amazing how 1 video can make a difference between an F and an A
koreanjeenyus 3 years ago 5
Bahaha, we were assigned to watch this video for our 10th grade biology class. Nicee. :D
karlabobbers 3 years ago
wow good job. must've taken like a thousand pictures. A++++
quioo1 3 years ago
Great video. Thanks!
seoulchild24 3 years ago
my question is, what makes those "characters" of that movie do their designated task? How come they know what to do? What are the forces?
frankie6092 3 years ago
They just bond chemically with the molecule that fits their *physical* shape. It's like a complex jigsaw puzzle.
They obviously don't purposefully go toward each other like in the (FANTASTIC) vid, rather its a random process. Lots of molecules might hit against each other but not bond because they're the wrong shape.
Sometimes it's difficult not to see a purpose to the whole process, or not to imagine some invisible hand guiding them, but it all follows the natural laws of physics.
steevmac 3 years ago
It's really fascinating, I wish I took the that field of study but it's rather too late for me.
frankie6092 3 years ago
oh my god. that was SO cute but at the same time gave me a brief an understanding of protein translation (was browsing the web for a quick explanation). Thanks!!
LOVE the song choices too! it goes well with the different stages. <3
babyf4ce 3 years ago
that was amazing
GREAT music! =]
yumxyums 3 years ago
Amazing. Its like I had died and gone to biology nerd heaven for the last 3 minutes and 22 seconds. You're my hero :)
driveinsaturday 3 years ago
wow thanks.. that really helped!
PsirenLior 3 years ago
That was great.
divaexpatriate 3 years ago
i love it!
free3spirit 3 years ago
How can i download film?
HungTunnel 3 years ago
This is your first film?
So good
HungTunnel 3 years ago
thanks
HungTunnel 3 years ago
fabulous :D
ouzoholic 3 years ago
great!!
mYa2891 4 years ago