Clinical Neuroscience - 2004;57(09-10)

Clinical Neuroscience

OCTOBER 10, 2004

[Dysexecutive syndromes]

SZIRMAI Imre

[Executive function is a higher order cognitive capacity that involves memory, perception and performance of complex tasks. Disorders of the executive functions are sign of lesions in the praefrontal cortex, involving the praefrontal-striatal-thalamic networks and the parietal association areas. According to signs and localization, five basic praefrontal syndromes are recognised. 1. Damage in posterior dorsolateral praefrontal cortex and subcortical nuclei causes the dorsolateral syndrome with... tovább »

Clinical Neuroscience

OCTOBER 10, 2004

[Functional imaging of cerebrospinal fluid pathology]

BORBÉLY Katalin

[The most common problem addressed by dynamic radionuclide imaging of cerebrospinal fluid (CSF) abnormalities is differentiating patients with normal-pressure hydrocephalus (NPH) from those with other forms of degenerative brain disorder who would clearly not benefit from surgical treatment by ventricular shunting. Radionuclide cisternography (RC) SPECT and regional cerebral blood flow (rCBF) SPECT are critically important for the diagnosis and therapy management of patients with chronic... tovább »

Clinical Neuroscience

OCTOBER 10, 2004

[Traumatic prepontine tension pneumocephalus (in English language)]

KUNCZ Ádám, ROOS Arne, LUJBER László, HAAS Daniella, REFAI Al Mohamed

[Objective - A case of prepontine tension pneumocephalus after temporal bone fracture is presented. Case report - An 8-year-old girl suffered a head injury due to a fall off her bicycle. She lost her consciousness, and when she was admitted to the local hospital the Glasgow Coma Score (GCS) was 8/15 (eye opening: 2; verbal answer: 2; motor response: 4) and there was bleeding from the right ear. The patient's condition deteriorated rapidly and she needed intubation and ventilation. CT of the... tovább »

Clinical Neuroscience

OCTOBER 10, 2004

[8th Hungarian Congress on AlzheimerAbstracts]

[Despite of the now well-recognised importance of trace elements in medical field - it is established that several diseases of the central nervous system, like Alzheimer’s disease are connected to alterations of trace elements levels - reliable data on their concentrations in normal and pathological human brain are still rare. Correlation studies are even more scarce in the literature, especially in case of Alzheimer’s disease.]