The phrase "adaptation characteristic" is correct and usable in written English.
It can be used in contexts discussing traits or features that enable an organism or system to adjust to changes in its environment.
Example: "The adaptation characteristic of the species allows it to thrive in extreme conditions."
Alternatives: "adaptive trait" or "adjustment feature".
As such, we did not aim to exactly capture adaptation characteristics, but rather to capture strongly and weakly adapting cells as represented by the data here.
The model's response is analyzed which indicates that the bone adaptation characteristics are successfully captured in the relationship.
Due to its adaptation characteristics, the IEM strategy is robust for varying conditions during real-world operation.
The first commonality between mechanosensory systems is that tissues and subcellular structures that transmit force to MeT channels act as filters to determine the temporal dynamics and adaptation characteristics of the neuron's response.
Experimental results obtained with our system are provided, which on the one hand demonstrate the validity and extensibility of our approach to different situations, and on the other point out the fundamental role played by sensory feedback and human adaptation characteristics in man-machine interaction.
Our work has the following features: (i) We concurrently consider the rate adaptation characteristics of real-time applications and the random access mechanism of WLAN, and (ii) We derive the optimal number of maximum retransmission value to ensure a higher transmission throughput without violating the transmission delay bound.
In previous work, we used adaptation characteristics from the literature to develop simple models of CA3 pyramidal cell models, and showed that population bursting could occur in excitatory networks if the adaptation characteristics were in line with the experimental data.
In addition, the adaptation characteristics determined from the frequency-current (f-I) curves (see Methods) are captured.
The adaptation characteristics of the auditory nerve are modeled as pre-synaptic depletion of neurotransmitter available for release, as it cycles around three reservoirs.
These CA1 models use a simple two variable mathematical formulation based on Izhikevich and they include rebound firing and adaptation characteristics.
