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Membrane tethers reshape intercellular de-adhesion dynamics

Published on Jul 09, 2018488 Views

Proper homeostasis of the central nervous system relies on the structural and functional integrity of the neurovascular unit (NVU). The most important physiological function of the NVU is formation an

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Membrane tethers reshape intercellular de-adhesion dynamics - 100:00
Membrane tethers reshape intercellular de-adhesion dynamics - 200:30
Membrane tethers reshape intercellular de-adhesion dynamics - 301:46
Membrane tethers reshape intercellular de-adhesion dynamics - 402:07
Membrane tethers reshape intercellular de-adhesion dynamics - 503:30
Membrane tethers reshape intercellular de-adhesion dynamics - 604:47
Membrane tethers reshape intercellular de-adhesion dynamics - 706:56
Membrane tethers reshape intercellular de-adhesion dynamics - 807:43
Membrane tethers reshape intercellular de-adhesion dynamics - 908:20
Membrane tethers reshape intercellular de-adhesion dynamics - 1008:47
Membrane tethers reshape intercellular de-adhesion dynamics - 1109:15
Summary10:03
Team10:36
Thank you for your kind attention!10:49