It's a Protein

#6 - anon id: 5ba8be0a

Reply0

(09/03/2013)[-]

That is an example of vesicular transport. The proteins have been processed through the Endoplasmic Reticulum and possibly through the Golgi body, and now the vesilce full of protein is being pulled along a microtubule to be delivered to the location where it is needed.

#7 to #6 - alegitusername

Reply+48

(09/03/2013)[-]

for my vesticles

#11 to #7 - motherfuckingkenji

Reply+3

(09/03/2013)[-]

I'm sorry to hear that you got no balls.

#22 to #11 - spasticpuppet

Reply+1

(09/03/2013)[-]

****************** got **********************.

Nice c:

#36 to #6 - downtrail

Reply+2

(09/03/2013)[-]

This is the first time I've ever said it, but...

Thanks, anon. You were helpful today.

#12 to #6 - anon id: cf90f0b2

Reply0

(09/03/2013)[-]

is that **** alive? what makes it move like a ******?

#17 - psydoc#159 on commentsRank#159

Reply+11

(09/03/2013)[-]

#57 to #17 - alstorp

Reply0

(09/03/2013)[-]

Wait, ****, it actually looks like that?!

Shieeet, i thought it was an example on how it could look...

#58 to #57 - psydoc#159 on commentsRank#159

Reply0

(09/03/2013)[-]

This is from "The Inner Life of a Cell" which I have been told is remarkably accurate.

#32 to #17 - jarelk

Reply0

(09/03/2013)[-]

I was taught it uses GTP instead of ATP.

Anyone know the correct one?

#54 to #32 - psydoc#159 on commentsRank#159

Reply0

(09/03/2013)[-]

I don't, but could you be thinking of G protein, or the microtubule formation?

"Kinesins are related structurally to G proteins, which hydrolyze GTP instead of ATP."

"During polymerization, both the α- and β-subunits of the tubulin dimer are bound to a molecule of GTP"

(I'm no expert, I just thought maybe I might be able to spark your recollection if one of those were the case)

#62 to #54 - jarelk

Reply0

(09/03/2013)[-]

It was the microtubule formation which I was thinking of, you're correct. It was in the same slide.

Thanks for answering.

#46 - orangepikmin

Reply+10

(09/03/2013)[-]