Comorbidities were based on previous medical diagnoses.
The recent work by Chatzimichail et al.[ 23] reported ~0.95 of both sensitivity and specificity in predicting current asthma in symptomatic preschool children, using a machine learning approach based on previous symptoms, medications, allergen sensitisation and lung function.
Because the average number of drops per millilitre varies widely between different types of glaucoma medications (between 22 drops/ml to 42 drops/ml) (22), our calculations of the number of days of medication supply were based on previous studies that published the actual number of drops per bottle of medication (21, 22).
Covariates evaluated as potential confounding variables were selected based on their possible association with sudden cardiac death and study medication use based on previous literature [ 6, 7].
Based on previous research, anti-anxiety and hypnotic medication classes were combined into a single category because they often have a similar indication and diuretics were excluded because they tend to have lower prevalence [ 13].
Additional caution is required in patients with anticipated significant fluctuations in renal status or those at risk for abrupt deterioration in kidney function, based on previous history, other comorbidities, albuminuria, and medication regimen (e.g., potent diuretics or nephrotoxic agents).
Recalling and selecting responses based on previous learning was not affected by PD or dopaminergic medication status.
Adult Saudis aged 20-50, who are known cases of subclinical hypothyroid dysfunction based on previous clinical assessment (elevated TSH with normal FT4 levels), medications taken and laboratory tests with no complications were included.
Based on previous study [ 6] we further expected that high physical activity might protect against psychotropic medication also among the overweight.
19, 20 Recalling and performing previously learned responses were not affected by PD or dopaminergic medication, suggesting that learning stimulus-response associations and recalling and performing responses based on previous learning are mediated by different brain regions.
