Although detailed examination of these pathways goes beyond the scope of this review, we would like to highlight those alternative models that refer to production of erythroid and megakaryocytic cells.
More specifically, the PathCase-SB browser functionality "Browse BioModels Database models by GO terms" takes a GO term t, obtains all descendant terms of the term t within the GO, and lists all models that refer to terms in all descendants of t as well as the term t.
The traditional house represents a spontaneous model that refers to a humble experience of local skills and the limitation of the available local construction materials.
There is no model that refers to a metabolic pathway which is not included in the PathCase KEGG database.
The variable SLR was also included in all models, categorized as not done, negative (≥60°) or positive (<60°), except in the model that referred to doing the test.
Such a domain pair is often referred to, in literature, as a "domain combination" [ 5, 9, 10, 17] and sometimes as a "bigram" [ 11] -- a term borrowed from language modeling that refers to a tandem pair of words [ 18].
We also used an additive model that refers to the "iterative bivariate model" described in Mulder et al. [ 11], to analyze part of the data for BW and its uniformity using the log-squared residuals, as described in [ 10, 11].
Aside from the fluid mosaic model that refers to a homogenous distribution of lipids and proteins within the plasma membrane (PM) [ 1], a large body of evidence supports the microdomain hypothesis [ 2], stating that membranes are also compartmentalized by uneven distributions of specific lipids and proteins into microdomains termed membrane rafts.
Lastly, by using decision curve analysis we looked beyond standard metrics for the performance of risk tools (discrimination and calibration) by providing an interpretation of the risk model that refers to different risk thresholds that may be used to inform treatment decisions.
We also apply two fault models (Model D and Model E) that refer to previous fault models (Mikumo and Ando, 1976; Fukuwa et al., 2003).
The constructs and propositions that underpin the model, and that refer to endogenous (P 1 and P 2 ) and exogenous (P 3 and P 4 ) processes are not currently assumed to have equal weight or to have a hierarchy of importance.
