Sentence examples for higher brain dysfunction from inspiring English sources

The patient developed bradypragia and higher brain dysfunction in mid-October mid-October 2011

Among 15 eligible patients, eight cases with nonhigher brain dysfunction and seven cases with higher brain dysfunction were analyzed.

Patients with nonhigher brain dysfunction were more likely to receive bystander CPR than those with higher brain dysfunction (Fisher's exact test P = 0.026).

One-half of patients who were generally called full recovery could not work as they did before because they had higher brain dysfunction after resuscitation.

In patients with higher brain dysfunction: bystander CPR, three cases (43%); witnessed, five cases (71%); and AED (DC) use, six cases (86%).

In addition to complications with intensive treatment, childhood cancer is associated with problems following treatment during the growth and development period, such as failure to thrive/developmental disorders, endocrine disorders, organ damage, gonadal disturbances, high brain dysfunction, and second primary cancers, even after a cure is achieved.

A continuing program of regular neuropsychological screening with active intervention is needed for survivors at high risk of ongoing brain dysfunction.

Of the 11 potential outcomes, the three outcomes ranked of highest importance were: permanent brain dysfunction, quality of life, and requirement for long-term institutional care.

When compared with non-brain dysfunction, patients who developed brain dysfunction had higher degree of SOFA score at the first four days, higher incidence of nosocomial infection and septic shock recurrence, and higher prevalence of acquired critical illness neuromyopathy (CINM) but a trend of prolonged ICU length of stay (15 ± 10 versus 23 ± 18 days, P = 0.06).

Cortisol levels at admission (448 ± 813 versus 211 ± 122 nmol/L, P = 0.013) and over four days (P = 0.007, Figure 1) were higher in patients who developed brain dysfunction than non-brain dysfunction after adjusting with age and gender.

Identifying the cellular and molecular elements involved in interhemipsheric inhibition is crucial not only for understanding higher brain function and but also dysfunction in the diseased brain.