Observational omic data that comes from humans most likely has relevance to human disease.
The genes that are involved in the most likely clusters of relevance (3, 4, 5, and 7) are scattered among the GO edge annotation list, so we can rank those in terms of most likely importance.
We found that experimentally induced hypoxia leads to a persistent suppression of resting energy expenditure in healthy subjects (4), an aspect centrally involved in the development and worsening of obesity, which is most likely also of relevance for weight gain in OSA.
The differences in ankle angles is less than 2 degrees, which is most likely of no clinical relevance.
We adopt an interdisciplinary approach and present a review of studies across experimental psychology and clinical psychology in order to highlight the key domains and measures most likely to be of relevance.
As this is a developmental stage of rapid growth and intense synapse formation, we assumed that these genes will most likely be of little relevance for synapse assembly and function.
Likewise, no significant difference was observed regarding step length and foot progression angle, but GJH walked with a smaller step width (p < 0.001) of only 8 mm, which is most likely of no clinical relevance.
The validated targets from this study that have shown functional relevance are most likely modifiers of DCM rather than being independent disease causes.
The high similarity between these two isolates allows the detailed scrutiny of the mutations most likely to be of phenotypic relevance.
Finally, the change was attributed to the most likely disturbance cause according to the relevance resulting from the regression tree analysis.
