Sentence examples for contribution of feedback from inspiring English sources

This paper aims to analyze the contribution of feedback from V1 to the spatio-temporal characteristics of RFs and response mode of dLGN cells during visual stimulation.

We apply this model to investigate the contribution of feedback loops to transient behaviors of signaling molecules and sporulation efficiency.

The contribution of feedback inhibition (IPSC-FB) was then calculated by subtraction of the IPSC-FF to total IPSC.

These results are consistent with previous suggestions that sharp expression boundaries are reflective of the contributions of feedback and cross-regulation mechanisms that are common in biology [17], [18], [45].

The model formulation with no feedback later on aids the assessment of the marginal contribution of a feedback loop in the network dynamics.

Therefore, the contribution of sensory feedback from active muscle movement to the cough motor pattern generator is eliminated.

We note that the methods presented can become inaccurate when the noise contribution of the feedback loop dominates.

The specific contribution of afferent feedback from skeletal muscles to central command modulation in humans have been investigated by Amann et al. via attenuation of afferent feedback from skeletal muscles during a closed loop exercise task (i.e., time trials were subjects that regulated the power output to achieve the best possible time) [ 67].

Although Johansson was not correct about the contribution of afferent feedback from skeletal muscles based on subsequent studies (discussed ahead in Section 5), his hypothesis about cortical irradiation motivated later experiments conducted in humans by Krogh and Lindhard in 1913 at the University of Copenhagen, in collaboration with Miss Buchanan who worked in Oxford [ 46].

However, recent work has revealed the important contribution of afferent feedback pathways to corticomuscular coherence (Riddle and Baker, 2005; Baker et al., 2006) and demonstrated that activity in the somatosensory cortex also shows corticomuscular coherence (Brovelli et al., 2004; Witham et al., 2010, 2011).

The authors would like to acknowledge the entire PROMISE research team for their participation in data collection and management, as well as the representatives from local, national and European user and professional organisations and the several hundred participants in the training programmes for their contribution in terms of feedback.