Sentence examples for modification destination from inspiring English sources

The genes that show SSI with the As- or P-sets and the arsenite-sensitive gene deletion mutants are enriched for similar functions including protein fate (folding, modification, destination), cell cycle, cellular differentiation and cell fate (Fig. 5E).

Overrepresented categories found were for example as follows: protein folding, modification, destination (155 genes, P = 1.49e-07), membrane lipid metabolism (19 genes, P = 3.89e-03), transport facilities and transport routes (166 genes, P = 1.86e-09), as well as cell growth/morphogenesis (41 genes, P = 4.52e-03).

Change destination.

The principal biological functions identified were metabolic processes (34.57%), processes related to protein fate (20.21%) including folding, modification and destination of proteins, and processes involved in transport (19.15%).

In fact, some routing protocols employed in WSNs are simply WSN-optimized versions of MANET routing protocols (e.g., a modification of destination-sequenced distance vector (DSDV) [19] was used in the WSNs described in [20, 21]).

The T-68A vehicles were based on the original T-68s, but had modifications replacing destination rollblinds with dot matrix displays, and retractable couplers and covered bogies necessary for the high proportion of on-street running close to motor traffic.

Change the destination folder.

The type of relaying modes can be largely classified as amplify-and-forward (AF) and decode-and-forward (DF), where in the former, relay directly retransmits a linearly amplified version of the received signal to the destination without any modification to the signal, but in the latter, relay demodulates and possibly re-modulates the received information before forward it [8, 9].

Following synthesis in the endoplasmic reticulum (ER), most secreted and membrane proteins pass through the Golgi en route to their final destinations, and undergo modification by Golgi enzymes as they do so.

From the entry clone, the ORF was sub-cloned to a Gateway® destination vector pDEST17-D188, a modification of pDEST17, Invitrogen) creating an expression clone (LR reaction), which was then transformed into DH10B bacteria.

ER plays critical roles in protein translation, folding, modification, and transportation to its final cellular destination.