Clinical Neuroscience

[The evolution of psychoneuroimmunology]


AUGUST 20, 2002

Clinical Neuroscience - 2002;55(07-08)



Further articles in this publication

Clinical Neuroscience

[The molecular genetic control of bony developmental malformations affecting the craniocervical junction and the cervical spine]


[In this review a new interpretation of the origin of bony developmental malformations affecting the craniocervical junction and the cervical spine is presented based on recent advances in the understanding of embryonic development of the spine and its molecular genetic control. Radiographs, CT and MRI scans or CT myelograms of patients with Klippel-Feil syndrome were used for demonstration. Detailed clinical and radiologial analysis of these patients was published earlier [David KM, Stevens JM, Thorogood P, Crockard HA. The dysmorphic cervical spine in Klippel-Feil syndrome: interpretations from developmental biology. Neurosurg Focus 1999;6(6):1.]. Homeotic transformation due to mutations or disturbed expression of Hox genes is a possible mechanism responsible for C1 assimilation. Notochordal defects and/or signalling problems, that result in reduced or impaired Pax-1 gene expression, may underlie vertebral fusions. This, together with asymmetrical distribution of paraxial mesoderm cells and a possible lack of communication across the embryonic mid-line, could cause the asymmetrical fusion patterns. The wide and flattened shape of the fused vertebral bodies, their resemblance to the embryonic cartilaginous vertebrae and the process of progressive bony fusion with age suggest that the fusions occur before or, at the latest, during chondrification of vertebrae. The authors suggest that the aforementioned mechanisms are likely to be, at least in part, responsible for the origin of the bony developmental malformations affecting the craniocervical junction and the cervical spine.]

Clinical Neuroscience

[Application of kinematic parameters for the assessment of impairments due to central motoneuron damage]

FAZEKAS Gábor, FEHÉR Miklós, KOCSIS László, STEFANIK Györgyi, BOROS Zsuzsanna, JURÁK Mihály

[Evidence based medicine requires objective methods for the assessment of status of the patients. The method described by the authors makes it possible to assess motoric impairment of patients in an objective way. It is based on three-dimensional motion analysis. Authors present the case history of two patients with spastic hemiparesis due to central nervous system damage. Changes in motoric impairment were followed by three-dimensional motion analysis. This method can be adapted for the assessment of motor impairment arising from other reasons as well.]

Clinical Neuroscience

[Percutaneous procedure for treatment of diseased vertebral bodies with different etiology: vertebroplasty]


[Percutaneous vertebroplasty is a radiologically guided invasive technique consisting of the injection of surgical cement into the diseased vertebral body. The procedure results in immediate pain relief and strengthening of the bone due to the polymerization process of the filling material hardening the vertebral body and preventing further collapse. This method is suitable for the treatment of osteoporotic vertebral fractures and of osteolytic vertebral body metastases without neurological signs, in multiple appearance as well. Authors present technical details of the procedure performed by bi-directional fluoroscopy and combined CT-fluoroscopy control as well as short-term experience obtained by treatment of 17 patients.]

Clinical Neuroscience


Clinical Neuroscience

[Alagútszindrómák és egyéb kompressziós mononeuropathiák]


All articles in the issue

Related contents

Hypertension and nephrology

[Update on diagnostics and therapy of the renal artery stenosis in 2010]


[Results of epidemiological studies indicate the atherosclerotic renal artery stenosis is a common condition, thus development of its diagnostics and therapy has significant importance. Renal artery narrowing can cause hypertension, renal function decline, cardiac failure and the increased cardiovascular risk seriously affects survival perspective of the patients. The evolution of MR technology has a prominent role in renovascular diagnostics. Beyond the detection of arterial stenosis this technique is capable of the functional characterization of the stenosis and the detailed description of the regional kidney tissue damage. Based on the results of clinical studies the relevance of revascularization of the renal artery stenosis remains uncertain. The trials focusing on this issue show methodological imperfections. It remains to be elucidated whether these methodological problems will be tackled in the future based on the present information. This review focuses on the actual findings corresponding to these problems.]

Clinical Neuroscience

[Multiple sclerosis coexisting with spinal cord ependymoma: a case report]

EYLEM Degirmenci

[Background - In this paper, we report a coexistence of multiple sclerosis and an intradural spinal cord tumor. Case report - A 34-year-old woman who had a history of relapsing-remitting multiple sclerosis for the last 15-years presented with acute sensory loss and spasticity in her left lower limb and her spinal magnetic resonance imaging study revealed an intradural spinal cord tumor in the lumbar spine, further diagnosed as ependymoma. Conclusion - We call attention to this rare association of MS and a spinal cord tumor, emphasizing the need for investigation of new symptoms during the evolution of MS.]

Lege Artis Medicinae

Psychoneuroimmunology and the embodied mind

SZABÓ Attila

One of the major philosophical aspirations in contemporary consciousness research is to find a framework of explanation that could successfully address the problem of mind-body relations. Descartes is often regarded as the father of dualism in modern philosophy of mind. Phenomenology and embodiment may dissolve the problem of dualism in the waters of the experiential features of the life-world and the subject. Recent findings in psychoneuroimmunology have shown that somato-psychic mechanisms exist through which bodily stimuli are translated into neuropsychological events resulting in alterations in certain behavioral patterns. These may as well include changes in the qualitative features of the lived body (Leib) resulting in an overall change in the subjective experience. The application of modern embodiment theories in life sciences has the potential to create a novel, fruitful and heuristic approach, which may help us unveil features of the “mind-body phenomenon” that have been hidden so far. In this paper, I will try to briefly outline a possible analytical framework on the grounds of classic - Husserlian and Merleau-Pontian - phenomenology and biomedical sciences.

Clinical Neuroscience

[Immune responses and neuroimmune modulation in the pathogenesis of acute ischemic stroke and poststroke infections]

PAPP Viktória, MOLNÁR Tihamér, BÁNÁTI Miklós, ILLÉS Zsolt

[Acute-onset cerebrovascular diseases are connected to a number of immunological changes. Here, we summarize immune responses participating in the evolution of atherosclerotic plaques and poststroke local immune responses in the injured CNS as well as in the systemic circulation. Ischemic injury of the CNS alters the balanced neuroimmune modulation resulting in CIDS, the central nervous system injury-induced immune deficiency syndrome. Due to the immunodepression and reduced pro-inflammatory immune responses, the susceptibility for infection is increased; indeed, poststroke infection plays a major role in stroke-related mortality. On the other hand, CIDS may protect against damaging autoimmune responses elicited by exposed CNS antigens. Investigation of immune responses related to ischemic stroke may result in novel therapies indicated by an increasing number of experimental and clinical trials altering poststroke immune responses and preventing infections.]

Clinical Neuroscience



[The main challenge is the investigation of mechanism for apoptosis research and the drug development. Mitochondria have a key position in the production of reactive oxygen species and in the evolution of apoptosis. More possible pathway will be known with the apoptosis investigation. For development of neuroprotective molecules could give strategies the investigation of apoptosis. Exact knowledge of apoptosis provides possibility to screen new neuroprotective molecules. We elaborate a research assay, which could provide quantitative and qualitative data about the free radical production and the mitochondrial transmembrane potential using confocal microscope. So thus we could screen drug candidate, neuroprotective molecules.]