5 research outputs found

    GLYCOSYLATION DISORDER SYNDROME TYPE 1b: DIAGNOSTICS AND TREATMENT

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    The article highlights the medical case of a rare hereditary disease — glycosylation disorder syndrome type 1b, unique for our country. This syndrome is referred to the heterogeneous group of the congenital diseases characterized by the disorder of glycoprotein synthesis as a result of the defects N or O glycosylation. Manifestations of the disease are protein losing enteropathy and severe developmental delay, hypoglycemia, co agulopathy (thrombosis), liver injury. glycosylation disorder syndrome type 1b differs from other types of this group absence of the neurologic semiology and efficiency of therapy by mannose.Key words: glycoproteins, glycosylation disorders, manifestations, mannose, children

    GLYCOSYLATION DISORDER SYNDROME TYPE 1b: DIAGNOSTICS AND TREATMENT

    No full text
    The article highlights the medical case of a rare hereditary disease — glycosylation disorder syndrome type 1b, unique for our country. This syndrome is referred to the heterogeneous group of the congenital diseases characterized by the disorder of glycoprotein synthesis as a result of the defects N or O glycosylation. Manifestations of the disease are protein losing enteropathy and severe developmental delay, hypoglycemia, co agulopathy (thrombosis), liver injury. glycosylation disorder syndrome type 1b differs from other types of this group absence of the neurologic semiology and efficiency of therapy by mannose.Key words: glycoproteins, glycosylation disorders, manifestations, mannose, children

    Brain–lung–thyroid syndrome: Literature review and series of clinical observations

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    Brain–lung–thyroid syndrome (BLTS) is a rare genetic disease associated with mutations in the NKX2.1 gene encoding thyroid transcription factor 1. The most common manifestations of this syndrome are benign hereditary chorea, hypothyroidism and respiratory distress syndrome, however, mutations in the NKX2.1 gene can also cause other pathologies of nervous, respiratory systems and thyroid gland. The article describes 4 patients with mutations in the NKX2.1 gene observed by authors. Based on the analysis of the observations of 168 patients with BLTS presented in the world literature from 1998 to 2019, current information on the genetics, pathogenesis, clinical X-ray manifestations, outcomes and treatment of the syndrome are summarized. © 2019, Pediatria Ltd. All rights reserved

    Синдром "мозг-легкие-щитовидная железа": обзор литературы и серия клинических наблюдений

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    Brain-lung-thyroid syndrome (BLTS) is a rare genetic disease associated with mutations in the NKX2.1 gene encoding thyroid transcription factor 1. The most common manifestations of this syndrome are benign hereditary chorea, hypothyroidism and respiratory distress syndrome, however, mutations in the NKX2.1 gene can also cause other pathologies of nervous, respiratory systems and thyroid gland. The article describes 4 patients with mutations in the NKX2.1 gene observed by authors. Based on the analysis of the observations of 168 patients with BLTS presented in the world literature from 1998 to 2019, current information on the genetics, pathogenesis, clinical X-ray manifestations, outcomes and treatment of the syndrome are summarized.Синдром «мозг-легкие-щитовидная железа» (СМЛЩЖ) - редкое генетическое заболевание, ассоциированное с мутациями в гене NKX2.1, кодирующем тиреоидный фактор транскрипции-1. Наиболее частыми проявлениями данного синдрома являются доброкачественная наследственная хорея, гипотиреоз и респираторный дистресс-синдром, однако мутации в гене NKX2.1 могут быть причиной и другой патологии со стороны нервной, дыхательной систем и щитовидной железы. В статье представлено описание 4 пациентов с мутациями в гене NKX2.1, наблюдавшихся авторами. На основании анализа наблюдений 168 пациентов с СМЛЩЖ, представленных в мировой литературе с 1998 по 2019 гг., обобщены современные сведения о генетике, патогенезе, клинико-рентгенологических проявлениях, исходах и терапии синдрома

    СИНДРОМ НАРУШЕНИЯ ГЛИКОЗИЛИРОВАНИЯ 1b ТИПА: ДИАГНОСТИКА И ЛЕЧЕНИЕ

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    The article highlights the medical case of a rare hereditary disease — glycosylation disorder syndrome type 1b, unique for our country. This syndrome is referred to the heterogeneous group of the congenital diseases characterized by the disorder of glycoprotein synthesis as a result of the defects N or O glycosylation. Manifestations of the disease are protein losing enteropathy and severe developmental delay, hypoglycemia, co agulopathy (thrombosis), liver injury. glycosylation disorder syndrome type 1b differs from other types of this group absence of the neurologic semiology and efficiency of therapy by mannose.Key words: glycoproteins, glycosylation disorders, manifestations, mannose, children.Представлен клинический случай редкой наследственной болезни — синдрома нарушения гликозилирования 1b типа, не описанного еще в отечественной литературе и впервые диагностированного в нашей стране. Синдром нарушения гликозилирования 1b типа относится к гетерогенной группе наследственных болезней, характеризующейся нарушением биосинтеза гликопротеинов в связи с дефектом процессов их N- и О-гликозилирования. Клинически болезнь проявляется экссудативной энтеропатией с потерей белка и отставанием физического развития, гипогликемией, коагулопатией с развитием тромбозов, поражением печени. Синдром нарушения гликозилирования 1b типа отличается от других типов этой группы отсутствием неврологической симптоматики и эффективностью терапии маннозой. Ключевые слова: гликопротеины, карбогидратная недостаточность, фосфоманнозоизомераза, энтеропатия, тромбоз, манноза, гипогликемия, гиперинсулинизм, фиброз печени, дети.(Педиатрическая фармакология. – 2008;5(5):31-33
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