Change Player Size
Watch this video in a new window

BioVisions - The Inner Life of the Cell

Edit: People have been having trouble with the download. Try right-clicking and saving opposed to going to the link. Download the music here: http://mustafaresulcetinel.... Thanks to mresult for p...  
 
Customize

More From: kovahk

Loading...
Play All Stop Autoplaying | Play Next

QuickList(0)

1
Clear | Save

Related Videos

Upgrade to Flash Player 10 for improved playback performance. Upgrade Now or get more info.
594 ratings
Sign in to rate
166,199 views
Flag
close
Want to add to Favorites? Sign In or Sign Up now!
close
Want to add to Playlists? Sign In or Sign Up now!
close
Want to flag a video? Sign In or Sign Up now!

Statistics & Data

Loading...
Sign in to post a Video Response

Video Responses (0)

This video has no Responses. Be the first to Post a Video Response.
Sign in to post a Comment

Text Comments (261)   Options

Loading...
VENCEDORAAAA (6 days ago) Show Hide
 0
Marked as spam
perfect!
coskunlu (1 week ago) Show Hide
 0
Marked as spam
whats the name of music in video??please help me
rlepore86 (1 week ago) Show Hide
 0
Marked as spam
Yes its the HSP70 (heat shock proteins) which chaperone them. HSP's work in protein folding. They can keep unfolded or can help in folding as well
Samurai4Jesus (1 week ago) Show Hide
+1
Marked as spam
You're correct. That was a kinesin. Unlike dyneins, kinesins have those tails wrapped around one another. It has a longer shape than the dynein.
Lynda7773 (2 weeks ago) Show Hide
 0
Marked as spam
Can anyone tell me what's the name's song please ?
Thank you for the video, it's one of my favourite now. Merci beaucoup ♥
SexyHyperPunk (2 weeks ago) Show Hide
 0
Marked as spam
we're studying this in 8th prd.
aminab105 (2 weeks ago) Show Hide
 -1
Marked as spam
Reply
this video are very nice can anyone tell me plz how can i telecharging it et merci d'avance
AMNlinkinparkfan115 (2 weeks ago) Show Hide
 0
Marked as spam
No I think your right. The transport vesicle you saw was moving with the help of that motor protein, which is most likely a kinesin. Kinesins move towards the "plus" end of the microtubule and dyneins move toward the "minus" end, and the "plus" end is located away from the centriole.
oipolloi999 (2 weeks ago) Show Hide
 0
Marked as spam
Yes I think that's correct,  Kinesin is much more simple in structure that Dynein and is said to 'walk' whereas Dynein is said to differ in its movement.
However I'm not sure how you could tell which end of the microtubule had the GTPgap/positive end..
HugoJanKanAl (2 weeks ago) Show Hide
 0
Marked as spam
I thought I saw the kinesin walking on a microtubulus with the centrosome on the background. Centrosome is - pole.

Would you like to comment?

Join YouTube for a free account, or sign in if you are already a member.