We propose a disease model which may help guide future research so that proposed mechanisms are measured at the right time and their role in disease heterogeneity can be studied.
Our in vivo RNAi screen for DUBs in Notch signaling, coupled with morphological and molecular analyses, provided a framework in which specific roles of individual DUBs can be studied in fly development.
Because spindle orientation depends on interactions between the cell cortex and astral microtubules, the roles of mitotic spindle orientation can be studied by perturbing microtubule-dependent processes.
The role of ubiquitination in AMPAR trafficking can be studied in vivo in the model organism C. elegans.
One particularly appealing shRNA-based system incorporates tet regulatable elements so that expression of a gene can be switched off and then on again so that its role in tumour initiation and progression can be studied in detail [297].
To provide evidence for the function as transport vehicles, THP-1 MP were incubated with HUVECs resulting in adhesion (>30 min) and fusion (>24 h) to HUVECs, suggesting that THP-1 MP can function as transport vesicles, therefore representing a model by which the role of MP in miRNA transport can be studied.
What makes flies so useful is that it's easy to breed genetically modified strains, so that the role of specific genes in brain activity can be studied by manipulating or silencing them.
Given the limited number of continental or global scale epidemics that can be studied, understanding the role of local and regional controls on transmission dynamics would clearly benefit from a comparative approach that is agnostic to host taxonomy.
This can be studied using group theory.
For researchers studying coordination, the release team role can be overlooked if not explicitly controlled for. .
