Significados de retrograde transport en inglés

This process required active microtubule-dependent retrograde transport, as previously reported for aggresome formation.

Furthermore, retrograde transport requires the functional role of DM in self peptide-carbohydrate exchange.

The physiological relevance of retrograde transport cannot be overstated.

Cytoplasmic dynein and its accessory complex dynactin form a microtubule minus end-directed motor in charge of retrograde transport.

Two specific retrograde transport techniques were employed to identify the origins of these noradrenergic terminations in the spinal cord.

Calcium-binding mitochondrial Rho (Miro) GTPases attach mitochondria to motor proteins for anterograde and retrograde transport in neurons.

Persephin, another member of the GDNF family, did not increase survival with target delivery, despite its retrograde transport from the target.

As anterograde motility of mitochondria was not inhibited, the antibody apparently did not abolish retrograde transport by destructing axonal microtubule tracks.

Cytoplasmic dynein plays critical roles within the developing and mature nervous systems, including effecting nuclear migration, and retrograde transport of various cargos.

During embryonic development, retrograde transport of Wntless to the TGN is essential for the following release of Wnt from the plasma membrane.

Recently, AAV2.retro, a new capsid variant capable of efficient retrograde transport in brain, was generated in mice using a directed evolution approach.

In vivo injections of rat striatum revealed a clear bias of anterograde spread, although evidence of deficient retrograde transport was also present.

The purpose of the present work was to study the direct connections between these two structures by using anterograde and retrograde transport methods.

Traffic going from the plasma membrane to endosomes and lysosomes or the trans-Golgi network (TGN) constitutes the major retrograde transport routes.

Several transmembrane proteins undergo retrograde transport as part of a recycling mechanism that contributes to reutilization and maintenance of a steady-state protein localization.

Nile red was slowly released from the thermosensitive hydrogel and retrograde transport through the nerve root stumps to the motoneurons, according to immunofluorescence.