Energy metabolism in parkinsonism

E kstrapyramidnoy system, which is characterized by the so-called parkinson syndrome: akinesia, rigidity, tremor. At present, primary parkinsonism, or Parkinson’s disease, secondary parkinsonism (vascular, post-encephalitic, drug, traumatic, etc.) and parkinson syndrome are distinguished in various forms of

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E kstrapyramidnoy system, which is characterized by the so-called parkinson syndrome: akinesia, rigidity, tremor. At present, primary parkinsonism, or Parkinson’s disease, secondary parkinsonism (vascular, post-encephalitic, drug, traumatic, etc.) and parkinson syndrome are distinguished in various forms of

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Energy changes exchange

Changes in energy metabolism affect the process of neurodegeneration in parkinsonism. Patients were found to have impaired mitochondrial enzyme activity and mitochondrial DNA damage, leading to a marked energy deficit. Mitochondrial damage occurs as a

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Changes in energy metabolism affect the process of neurodegeneration in parkinsonism. Patients were found to have impaired mitochondrial enzyme activity and mitochondrial DNA damage, leading to a marked energy deficit. Mitochondrial damage occurs as a

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Data on cerebral energy disorders

Data on violations of cerebral energy metabolism in parkinsonism suggested that patients may have deviations in the SCP topography. These assumptions were confirmed in studies N.V. Ponomareva (1986). We examined 25 patients with parkinsonism between the ages

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Data on violations of cerebral energy metabolism in parkinsonism suggested that patients may have deviations in the SCP topography. These assumptions were confirmed in studies N.V. Ponomareva (1986). We examined 25 patients with parkinsonism between the ages

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Parameters of AMR in Parkinsonian patients

The ordinate axis – UPP, mV; the colored bars represent the mean values ​​of the characteristics of the SCP, the uncolored rectangles are the standard error. BP – Parkinson’s disease. The abscissa axis is the

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The ordinate axis – UPP, mV; the colored bars represent the mean values ​​of the characteristics of the SCP, the uncolored rectangles are the standard error. BP – Parkinson’s disease. The abscissa axis is the

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Observed with Parkinson’s increase in SCP

An increase in brain BPD observed in parkinsonism indicates a likely decrease in cerebral pH. The increase in SCP is most pronounced in the frontal areas, which reflects the predominance of disturbances in energy metabolism

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An increase in brain BPD observed in parkinsonism indicates a likely decrease in cerebral pH. The increase in SCP is most pronounced in the frontal areas, which reflects the predominance of disturbances in energy metabolism

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Energy metabolism in ischemic brain damage

In ischemic stroke, an acute violation of cerebral circulation arising, as a rule, as a result of thrombosis, obliteration or embolism of cerebral vessels, the energy metabolism in the area of ​​the pathological focus is

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In ischemic stroke, an acute violation of cerebral circulation arising, as a rule, as a result of thrombosis, obliteration or embolism of cerebral vessels, the energy metabolism in the area of ​​the pathological focus is

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The processes of decay of brain tissue

In the ischemic focus, the processes of decay of the brain tissue begin, leading to acidification of a significant amount of space outside the affected area (E. Escuret, 1995). There is changing the relationship between

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In the ischemic focus, the processes of decay of the brain tissue begin, leading to acidification of a significant amount of space outside the affected area (E. Escuret, 1995). There is changing the relationship between

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The study of the distribution of SCP

The study of the distribution of AMR in some patients was carried out repeatedly over several days. The SCP was recorded in 17 leads in accordance with the international scheme 10-20 with the reference electrode located

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The study of the distribution of AMR in some patients was carried out repeatedly over several days. The SCP was recorded in 17 leads in accordance with the international scheme 10-20 with the reference electrode located

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H arusheniya energy metabolism

It was revealed that three genes controlling the level of dopamine in the brain are associated with the development of stuttering (D. Comings et al., 1996). They are also associated with hyperactivity syndromes, attention deficit and

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It was revealed that three genes controlling the level of dopamine in the brain are associated with the development of stuttering (D. Comings et al., 1996). They are also associated with hyperactivity syndromes, attention deficit and

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Cerebral energy metabolism in patients with brain tumors

The energy metabolism of the brain in cerebral tumors is significantly impaired. According to PET, cerebral blood flow in the tumor region can vary within wide limits, but in most cases there is an increase (JL

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The energy metabolism of the brain in cerebral tumors is significantly impaired. According to PET, cerebral blood flow in the tumor region can vary within wide limits, but in most cases there is an increase (JL

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