While short-term changes in synaptic properties can be induced by modulation of pre-existing proteins and/or mRNAs, such as trafficking, modification and local translation, long-term changes require transcriptional control of gene expression.
Finally, the genes that control the characteristic mode of response to stress and maintenance of protein homeostasis (e.g., translation, folding, trafficking, modification and degradation) fall into this group, including some major chaperones and co-chaperones (SSA1, SSA2, SSA3, SSA4, SSB1, SSB2, KAR2, SSE1, SSE2, FES1 ).
In preparation for the event, a variety of traffic modifications will be implemented in the vicinity of the festival.
The Baltimore City Department of Transportation advises motorists to be mindful of traffic modifications in the city during Artscape Baltimore's annual arts festival.
Gene Ontology analysis summarized in Table 3 generally identified broad classifications of gene function as responsible for the major axes of variation, with the most significant terms involving intracellular protein trafficking, protein modification, and organellar biogenesis.
Endoplasmic reticulum (ER) is crucial for protein biosynthesis, folding, trafficking and modification, and therefore, disturbances of ER homeostasis by extracellular stimuli such as oxidative stress would affect protein folding and cause ER stress.
Black/grey-hole attacks (where a malicious node drops all or part of the received traffic) and modification attacks (where a malicious node modifies all or part of the forwarded messages so that the included data are no longer valid) are quite common.
The dawn-enriched functional classes include processes involved in protein transport, secretion, intracellular trafficking and modifications, including ubiquitin cycle activity and the serine-threonine phosphatase complex (Figure 5).
Major traffic-flow modifications have caused much controversy because they are widely seen as having caused queuing where none existed before.
A number of mechanisms function at the level of N protein modification, trafficking, recycling, and degradation to regulate N activity [5] [6], [21] [26].
These translocated virulence factors, more commonly referred to as 'effector molecules' (DNA, protein or nucleoprotein complexes), have a broad range of host-altering functions, such as highjacking of vesicular trafficking [7], cytoskeletal modification [8], ubiquitination system exploitation [9], and genome introgression [10], [11], [12], [13], [14], [15].
