Sentence examples for cell packets from inspiring English sources
Species forming cell packets (I. massjukiae Mikhailyuk, Sluiman, A. Massalski, Mudimu, Demchenko, T. Friedl & S.Y. Kondr).
Cell packets are formed because of preservation of the parental walls (Graham et al., 2012, fig. 3c).
This species forms cell packets surrounded by mucilage, thereby achieving hydration equilibrium with the vapor pressure of the atmosphere (Bertsch 1966).
In general, the formation of cell packets and cubic aggregations is typical for many terrestrial algae, and is related to a reduction of the cell surface area subject to evaporation (Nienow, 1996; Karsten et al., 2010).
It reveals that DIHAT is the most effective handover mechanism compared with standardHO and integratorHO based on goodput per cell, packet delay, and number of handovers per second.
The performance of the existing handover algorithms mentioned earlier and the proposed one are evaluated based on the following metrics: goodput per cell, packet delay, number of handovers per second, and received signal-to-interference-plus-noise ratio, average packet loss rate, and invalid packet rate.
Triangular spaces between cells and the clear parental wall surrounding cell packet are visible in TEM micrographs of another streptophycean alga, Chlorokybus atmophyticus Geitler (Lokhorst et al., 1988, fig. 5).
Cell walls of both genera are characterized by triangular spaces between cell walls of neighbouring cells and the parental wall or central space among the walls of a cell packet, exfoliations and projections of the parental wall and cap-like and H-like fragments of the cell wall.
SRA+, a weighted version of SRA, operates on cells that arrive uniformly and on cells of packets such that the cells of whole packets are switched contiguously.
Pairs of cocci are called diplococci; rows or chains of such cells are called streptococci; grapelike clusters of cells, staphylococci; packets of eight or more cells, sarcinae; and groups of four cells in a square arrangement, tetrads.
In the case of ATM and other types of packet multiservice networks, traffic engineering requires resource allocation and performance optimization at the cell or packet level in order to assure a satisfactory grade of service (GoS) at the call level to the users.
