Figure 3 Model of activity theory [ 11 ].
A conceptual model of Activity-Centric context is presented.
One begins with a guess as to the initial alignment of ligands, then constructs a model of activity that depends on the ligands' poses.
The authors utilize a model of activity-dependent neuronal plasticity to study the interplay between synaptogenesis, neuronal death, and neurogenesis on the resulting pattern of neuronal connectivity.
More recently, David Sparks and his colleagues have shown that a vector-averaging model of activity in neurons of superior colliculi correctly predicts experimental results about the amplitude and direction of saccadic eye movements (Lee, Rohrer, and Sparks 1988).
In this work we have presented an approach to address the important but currently overlooked question of whether the SAR captured in a model of activity landscape constructed with a given molecular representation(s) is different from random.
We used these observations to develop a computational model of activity in ISNs, excitatory and inhibitory motor neurons and the muscle.
Thus, to test the significance of P-gp transfers within a co-culture of sensitive and resistant cells, simulations were carried out by using our mathematical model of activity transfers, fed with biological data.
In a qualitative analysis of students' comments concerning PPE, in the light of Engeström model of activity theory [ 28], the authors noted that the students clearly differentiated between the peer examiner-examinee relationship and the doctor-patient relationship.
To address this question we used our previously described model of activity-dependent dendritic growth in which the GABAA receptor antagonist BIC promotes dendritic growth in cultured hippocampal neurons via activation of NMDA receptors (Wayman et al. 2006).
IDEF9000 takes a systems view of a Fulfil Order Process and allows the modelling of activities, functional relationships and data.
