Moreover, the effect of mobile users across multiple cells has not received enough attention in CRCNs in part because it is a recent topic of research [7, 13, 14].
The simulation model for multiple cells has at its core the single cell model.
Multiple neighboring cells have channel information of edge users, and they coordinate for the data transmission: one of these cells is selected to act as the home cell to transmit data to such a user, and other neighboring cells will take this user into consideration when designing precoding matrices.
However, in vitro experiments incubating mistletoe extracts with lymphoma and multiple myeloma cells have shown dose dependent apoptosis mediated growth inhibition and no stimulation [ 7- 9].
Studies from multiple cancer cells have shown that the NOXA inhibition or MCL1 overexpression can dramatically reduce apoptosis and consequently promote the tumor viability [ 36- 38], which suggests a possible effect of NOXA-MCL1 axis on susceptibility to cancers.
By another hand, in the field of MSC transplantation is a matter of controversy whether multiple doses of cells have any beneficial impact.
Although numerical simulations of InGaN/InGaN two-junction solar cells, InGaN/Si tandem cells, and InGaN multiple-junction solar cells have been conducted [15 17], the current-matching effect of InGaN/Si tandem cells has not been well studied.
Aberrant expression of BLyS on multiple immune cells has been observed in SLE.
In total, the false discovery analyses provided very strong evidence that when multiple single cells had the same mutation, those variants were true somatic mutations.
To provide desired stiffness and strength in torsion, bridge superstructures are often constructed with a cross-section consisting of multiple cells which have thin walls relative to their overall dimensions and resist Saint Venant torsion through shear flow (force per unit length) that develops around the cell walls.
