Recent biochemical analyses also suggested roles for mixed or branched ubiquitin chains, yet without a method to monitor endogenous conjugates, the physiological significance of heterotypic polymers remained poorly understood.
Previous work suggested roles for Drosophila Importin-α2 in the nervous system based on transcript expression [21].
Several studies have suggested roles for P2Y1Rs in the regulation of astrocyte swelling [37], [38], [39], [40].
Investigations of those specific neuronal populations suggested roles for Runx1 in the regulation of neuronal subtype specification and axonal targeting [8] [13].
Previous anatomical studies of PACAP/melanopsin-containing retinal innervation suggested roles of PACAP/melanopsin in a broad variety of nonvisual photoreception [16], [27].
Other studies have also suggested roles for Notch signaling in inflammatory processes including the activation of macrophages [38] and suppression of airway inflammation [39].
Previous studies have suggested roles for apical-basal polarity components in several planar polarity processes and stem cell divisions [26], [27], [28], [29], [30].
The location of actin has suggested roles in the movement of secretory vesicles and anchoring of the actin cytoskeleton to the cell membrane [26], [27].
Our past studies using a rabbit endocarditis model [16], suggested roles of Asc10 in colonization of vegetations and in resistance to the host immune response.
Those granular structures would be more functional during the amyloid fibril formation beyond their dominantly suggested roles as either simple intermediates of fibrillation or even off-pathway products [16], [58].
Using these cell lines we confirm previously suggested roles for Mps1 activity in mitosis, present evidence for novel functions and examine cell viability after short and prolonged Mps1 inhibition.
