The clustering of these metabolic dysfunctions is recognized as the metabolic syndrome and the component disorders are essentially caused by a positive energy imbalance, where nutrient uptake is greater than energy expenditure.
Initially this was modelled using a two-component disorder model with constraints to maintain physically reasonable positional and displacement parameters.
Metabolic syndrome is a multi-component disorder associated to a high risk of cardiovascular disease.
The positional disorder for Zn and I can be free refined as simple two-component disorder as performed for (1), (2) and (4), or as three- and four-component disorder as performed for (3) where the occupancy of all components sums to unity.
Metabolic syndrome (MetS) is a multi-component disorder characterized by abdominal obesity, dyslipidaemia, hypertension and impaired insulin sensitivity, and it is associated with an increased risk of type 2 diabetes (T2DM) and cardiovascular diseases (CVD) [ 1, 2].
Most investigators now consider neglect to be a multi-component disorder (Mesulam, 1999; Driver and Vuilleumier, 2001; Robertson, 2001; Husain and Rorden, 2003; Buxbaum et al., 2004; Hillis et al., 2005; Milner and McIntosh, 2005; Bartolomeo, 2007), but one key question that remains to be resolved is how such components interact.
Here we link those data to idiopathic disease models that predict loss of protein handling as a component of disorder progression.
Even by a cursory look at the noninvasively obtained large scale electrical brain responses (electroencephalogram, EEG, Fig. 1), one could notice an intricate mixture of order (the presence of strong oscillating components) and disorder (the time-varying nature of the amplitude and frequency components of the oscillations).
We found that ordered antidots yield a stronger out-of-plane component than disordered ones, influencing in a similar manner the hard layer global in-plane magnetic behavior if with a thin or without soft layer.
These elevations in membrane fluidity will cause the release of intracellular components, cytoplasmic disorder and eventually cell disintegration.
More than 60% of metabolic disease genes that belong to the small components have disorder content in the 0 20% range, and further 30+% have disorder content in the 20 30% range.
