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reactive to accommodation and light. Neurological examination showed that no facial weakness or asymmetry; cranial nerves also appeared intact. She had normal tone, and her upper limbs were rated 4/5 with antigravity movement, but she had mild proximal muscle weakness in her lower limbs in the power assessment

reactive to accommodation and light. Neurological examination showed that no facial weakness or asymmetry; cranial nerves also appeared intact. She had normal tone, and her upper limbs were rated 4/5 with antigravity movement, but she had mild proximal muscle weakness in her lower limbs in the power assessment

reactive to accommodation and light. Neurological examination showed that no facial weakness or asymmetry; cranial nerves also appeared intact. She had normal tone, and her upper limbs were rated 4/5 with antigravity movement, but she had mild proximal muscle weakness in her lower limbs in the power assessment

depress him? Because at the critical turningpoint of human existence he desired to amend many social conditions, the product of inequality and avarice and international animosity. He believed then that human life was infinitely perfectible, eliminating these conditions? There remained the generic conditions imposed by natural, as distinct from human

disorders such as molybdenum cofactor deficiency (Fig. 11.3) and bilirubin encephalopathy (Fig. 11.4). The M R I with four axial brain sections labeled A to D. Panel A shows an axial section with arrows that point to symmetric areas along the cortical surface in the frontal and parietal

disorders such as molybdenum cofactor deficiency (Fig. 11.3) and bilirubin encephalopathy (Fig. 11.4). The M R I with four axial brain sections labeled A to D. Panel A shows an axial section with arrows that point to symmetric areas along the cortical surface in the frontal and parietal

disorders such as molybdenum cofactor deficiency (Fig. 11.3) and bilirubin encephalopathy (Fig. 11.4). The M R I with four axial brain sections labeled A to D. Panel A shows an axial section with arrows that point to symmetric areas along the cortical surface in the frontal and parietal

reactivity of pathogenic antibodies. This is most commonly described with varicella or Epstein-Barr virus, characterized by rapid-onset ataxia during the acute or convalescent phase of disease. Lumbar puncture usually reveals mild pleocytosis. Other etiologies of ataxia include toxins (alcohol, barbiturates, antiepileptic drugs) and trauma. Neuroinflammatory disorders

reactivity of pathogenic antibodies. This is most commonly described with varicella or Epstein-Barr virus, characterized by rapid-onset ataxia during the acute or convalescent phase of disease. Lumbar puncture usually reveals mild pleocytosis. Other etiologies of ataxia include toxins (alcohol, barbiturates, antiepileptic drugs) and trauma. Neuroinflammatory disorders

reactivity of pathogenic antibodies. This is most commonly described with varicella or Epstein-Barr virus, characterized by rapid-onset ataxia during the acute or convalescent phase of disease. Lumbar puncture usually reveals mild pleocytosis. Other etiologies of ataxia include toxins (alcohol, barbiturates, antiepileptic drugs) and trauma. Neuroinflammatory disorders