It would have been unimaginable a few decades ago that literature scholars would use neurological correlation analysis to evaluate texts, or that ordinary people would quantify daily activities like eating, sex and sleeping, or that software would calculate what songs we will like.
In the two summers that I spent with the WES program, I participated in projects that covered diverse topics such as cell culture, polymer design, neurological volumetric analysis, and MRI.
Where multiple outcomes were reported, attempts were made to select the outcome that was most consistent with the other studies: for example, in the neonatal non-neurological morbidity analysis, hypoglycaemia was the most commonly reported outcome and therefore this was selected primarily, followed by other conditions.
We suggest that an expanded assessment with MRI should be performed in similar cases even when the neurological examination, CSF analysis, and CT are normal.
In a multivariate analysis, neurological (OR 4.5; 95 % CI 3.3 6.2), hematological (2.4; 1.3–4.6), renal (1.8; 1.2–2.6), and circulatory (1.5; 1.1 2.1) failures at the time of the decision were significantly associated with Wd vs Wh.
The physical assessment included blood chemistry analysis, neurological examination, and evaluation of TPs.
After multivariate analysis, neurological dysfunction was associated with hospital mortality, while HAART in the first 30 days of hospitalization was a protective associated factor.
The unaffected 3-year-old brother had normal growth and psychomotor development, neurological examination, urine analysis, plasma lactic acid, and hearing function were normal.
DK designed the study, carried out the neurological examination, EEG analysis, performed MMSE and participated in the draft of the manuscript.
After multivariate analysis, neurological dysfunction was associated with higher mortality, while HAART in the first 30 days of hospitalization was a protective associated factor.
