Sentence examples for transmission integration from inspiring English sources

The antioxidant ascorbic acid protects hippocampal pyramidal neurons against cell death during congenital lead exposure; however, critical functions like synaptic transmission, integration, and plasticity depend on preservation of dendritic and somal morphology.

7) The "smart grid" combines advances in power system operation, analysis and control technology, information technology, system planning, large-scale long-distance power transmission, integration of intermittent renewable energy, flexible application of micro-grid, power and energy markets, in-depth participation of consumers, regulation, and investment regimes.

Thus, a next critical step will be to investigate how synaptic transmission, integration, and plasticity are modified by brain state, sensory input, and neuromodulators in vivo.

Data transmission network integration is one of the most difficult problems to solve in wireless sensor network systems.

As a dynamic system, it contributes to the transmission and integration of somatosensory, vestibular, and visual information to the central nervous system, in order to provide adaptability to the environment [8, 31, 56].

From Figs. 15 16, it is clear to see that the different reactive power of generators and amplitude of AC node voltage under different Cases exist due to the variational locations of HVDC transmission line integration into the AC network and its different optimal HVDC transmission powers.

It is therefore tempting to speculate that PIASy is a key player contributing to transmission and integration of signals to inactivate VHL-mediated inhibitory functions on both HIFα and other molecules.

beta-IFN was found to reduce HTLV-I transmission and integration in CBL cultures.

Our approach will help bridge the gap between connectivity and function and allow investigations into the impact of brain state on monosynaptic transmission and integration.

Moreover, beta-IFN had no effect in preventing virus transmission and integration in K562 and a very limited effect in HL60 and Molt-4 human tumour lines, suggesting a cell-type specific mode of action.

Ca2+ levels in the HSNs (as well as other neurons of the circuit) have been visualized at high temporal resolution using calcium-sensitive fluorescent dyes, giving us an opportunity to directly monitor the transmission and integration of signals in the circuit.