If microtubules grow and shorten at the same end, how is it that when they are shortening (depolymerizing) the microtubules are still attached to the centromere/kinetochore? If tubulin is being released at the end, wouldn't the centromere/kinetochore be released too?
microtubules grow and shrink from the + end only, not both ends. (I'm Molecular Bio PhD student at Berkeley)
moosepuggles 2 months ago
شكراً لك ^_^
M0HamaD105 3 months ago
what the >>>> the last sentence is ??
MrAlmuallem 9 months ago
blau gelb bis in den tod
btsvforever 1 year ago
If microtubules grow and shorten at the same end, how is it that when they are shortening (depolymerizing) the microtubules are still attached to the centromere/kinetochore? If tubulin is being released at the end, wouldn't the centromere/kinetochore be released too?
Velvetdusk09 1 year ago
спасибо
TheLika19 1 year ago
спасибо ваши видео мне очень помогают
TheLika19 1 year ago
what's up with these short ass videos
kolan667 2 years ago 3
so fast !
dreamwork56 3 years ago
The human body contains WELL OVER 100 trillion cells, each with millions of moving parts.
RJL738 3 years ago
This is beyond fascinating! I could watch these videos for hours.
But then, I often also stare at walls for hours too.
eggbertsmith 3 years ago 12
really? je... Mmm, interesting
SickForest 3 years ago
too short,want some detail about MTOC.
cwhalsewang 3 years ago
noob sauce video
phedoblue 3 years ago
tubulin lol.
mangakareikiartist 4 years ago
microtubules of what ? cytokeratine, collagene...
scorpiusx7 4 years ago
¬¬ citosolicos! El colageno no tiene tubulina a ni b, sino tropocolageno...
johnnykbzas 3 years ago
microtubules are in all eukaryotic cells
markgg1 3 years ago