This suggests that P-CTX-1B initially induces a Ca2+ influx closely followed by a Ca2+ release from intracellular Ca2+ stores necessary to maintain the level of secretion, as suggested by the inhibitory effect obtained with caffeine pre-treatment.
Although normal-weight individuals have adequate nutritional intake to cover daily metabolic requirements, they may not have the stores necessary to sustain organ function during a time of significantly increased metabolic demand, such as critical illness.
This node-based structure substantially reduces the memory necessary to store the finite element mesh.
The number of accesses and the amount of memory necessary to store messages exchanged between hundreds or thousands of nodes is extremely high, which imposes restrictions in die area and power consumption.
Although in a partial-parallel approach the total amount of memory necessary to store messages remains unchanged for any number of processors, by varying the latter, the height and width of memory blocks change, which can be exploited to achieve architectures with more efficient areas.
Bearing in mind that direct stimulation of Ca2+ stores is unable to trigger catecholamine secretion [35], our result demonstrate that Ca2+ from internal stores is necessary to potentiate catecholamine secretion probably by inducing a Ca2+ influx through a store-operated entry pathway [36].
In a brief arguing against patenting genes, Dr. James Watson, one of the discoverers of the double helix structure of DNA, said he feared the court had failed to appreciate the fundamentally unique nature of the human gene, which stores information necessary to create and propagate life.
The main role of the LMA is to maintain reachability to the address of the MN while it moves, stores information necessary to associate an MN with its serving MAG, and enables and maintains the relationship between the MAG and LMA.
Interestingly, it has been reported that calcium signaling mediated by IP3 receptors resulted in neurite outgrowth, suggesting that IP3-mediated Ca2+ release from internal stores is necessary to maintain [Ca2+]i, within the optimum range of neurite outgrowth [35].
It has been reported that calcium signaling mediated by IP3 receptors resulted in neurite outgrowth, suggesting that IP3-mediated Ca2+ release from internal stores is necessary to maintain [Ca2+]i, within the optimum range of neurite outgrowth [51].
In many ways, he and others said, rebuilding the store was necessary to keep Putney on the map.
