ISSN: E-2314-7326
P-2314-7334

Нейроинфекционные заболевания

Открытый доступ

Наша группа организует более 3000 глобальных конференций Ежегодные мероприятия в США, Европе и США. Азия при поддержке еще 1000 научных обществ и публикует более 700 Открытого доступа Журналы, в которых представлены более 50 000 выдающихся деятелей, авторитетных учёных, входящих в редколлегии.

 

Журналы открытого доступа набирают больше читателей и цитируемости
700 журналов и 15 000 000 читателей Каждый журнал получает более 25 000 читателей

Индексировано в
  • Индекс Коперника
  • Google Scholar
  • Открыть J-ворота
  • РефСик
  • Университет Хамдарда
  • ЭБСКО, Аризона
  • OCLC- WorldCat
  • Кабина прямая
  • Публикации
  • Женевский фонд медицинского образования и исследований
  • ICMJE
Поделиться этой страницей

Абстрактный

Clinical, Histopathological and Neurophysiological Differential Patterns in Sporadic Inclusion-Body Myositis and Hereditary Inclusion Body Myopathy

Giovanni Antioco Putzu, Giovanni Antioco Putzu

Sporadic Inclusion Body myositis (s-IBM) represents a form of chronic polymyositis unresponsive to towards the corticosteroids, affecting patients over of 50 members. In contrast the hereditary Inclusion-Body Myopathy (h-IBM) strikes younger patients. Clinical hallmark of both forms are distal muscle involvement whereas the salient histopathological features were characterised by inflammatory exudates (only in s-IBM), rimmed vacuoles, eosinophilic cytoplasmic inclusions, 16 to 18 nm tubulofilamentous inclusions in both cytoplasm and as well as in nucleus. Small amyloid deposits near or within the vacuoles and within the nucleus as well as the nuclear membrane abnormalities and nuclear breakdown and other findings such as angulated and round fibres, necrotic- regenerative fibres and even ragged red fibres. None of these hallmarks were specific of IBM and can also be found in a great number of muscle and even the nerve pathologies such as Oculopharyngeal muscular Distrophy (OPMD), Desminopathies, Glycogenosis, Ceroid lipofuscinosis, ALS, Post-polio syndrome, Paraneoplastic neuropathies, and many others that we will be illustrated and discussed in the presentation. Neurophysiological findings of s-IBM and h-IBM are not specific and include mixed myogenic and neurogenic features. In conclusion the s-IBM and h-IBM both are an interesting group of muscle pathology with a complicated differential diagnostic process. It also represents a challenge to both Clinicians and Researchers involved in the neuromuscular disorders field.