Another, pathophysiological, function may be indicated by the ß-adrenergic stimulation of growth of cancer cells that has been shown to be linked to GIRK1 RNA expression [47].
Another possibility is that proprioceptive function may be influenced by the natural statistics of action, that is, the frequency that certain limb configurations (e.g. those corresponding to hand positions close to the body) occur in daily life [42], [43].
Abnormalities of α-cell function may be another factor in the pathogenesis of type 2 diabetes.
B cells, however, also have a regulatory role, likely to be mediated by IL-10, and disruption of this function may be another route to autoimmune disease [ 86].
The increased risk of fatal events and increased case fatality associated with poor lung function suggest that reduced lung function may be another potential factor linking diabetes to increased risk of CHD and increased susceptibility to a fatal episode in the event of a cardiac event (15, 25).
Another alternative is that the changes in AMPAR function may be due to altered single channel properties of pre-existing synaptic receptors.
Thus, although one control function may be used to process alphanumeric stimuli, another may be responsible for visual (color) information.
The function may be amplitude- or frequency-modulated by the bass.
