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首页> 外文期刊>Interdisciplinary Neurosurgery >Concurrent presentation of brain arteriovenous malformation, peripheral arteriovenous malformation, and cerebellar astrocytoma: Case report
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Concurrent presentation of brain arteriovenous malformation, peripheral arteriovenous malformation, and cerebellar astrocytoma: Case report

机译:脑动静脉畸形,外周动静脉畸形和小脑星形细胞瘤的同时呈递:案例报告

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BackgroundWe report a rare case of a 19-year-old female progressively affected by a peripheral arteriovenous malformation (pAVM), a midline cerebellar astrocytoma, and a brain arteriovenous malformation (bAVM).Case descriptionShe presented with a pulsatile mass on her left cheek, which was classified as a pAVM through angiography. Following treatment with embolization and surgical resection, she returned with enlargement of the mass and imaging incidentally identified a cerebellar astrocytoma. Suboccipital craniotomy, C1 laminectomy, and endoscopic third ventriculostomy were subsequently performed. She was later treated again for growth of her pAVM, and angiography revealed the presence of a left temporal bAVM, which was resected via a pterional craniotomy.ConclusionsPathological staining identified activation of mTOR and RAS/MAPK pathway in the patient’s pAVM and bAVM tissue samples. Furthermore, genetic sequencing demonstrated an activating MAPK21 (K57N) mutation in the pAVM and a gain of distal chromosome 7q in the pilocytic astrocytoma. No germline mutation was identified to explain all pathologies. This case demonstrates the need for continued development and further integration of multi-disciplinary genetic, radiological, and neurological treatment teams to effectively care for such complex presentations.
机译:Backgroundswe举报了一个罕见的案例,由外周动脉畸形(PAVM),中线小脑星形细胞瘤和脑动脉畸形(BAVM)的逐步影响逐步影响。箱子描述伴侣在她的左侧脸颊上呈现出脉动质量,通过血管造影被归类为帕米。在用栓塞和手术切除治疗后,她依次依次返回肿块和成像,偶然发现了大脑星形细胞瘤。随后进行亚可瘢痕疙瘩Craniotomy,C1层压切除术和内窥镜第三脑膜术。后来她再次对她的帕夫的生长进行治疗,血管造影揭示了左颞育BAVM的存在,该左侧颞乙二烷基因是患者的PAVM和BAVM组织样本中的MTOR和RAS / MAPK途径的结合染色。此外,遗传测序证明了Pavm中的激活MapK21(K57N)突变和硫胺星形细胞瘤中的远端染色体7Q的增益。鉴定没有种系突变以解释所有病理学。本例证明了需要持续开发和进一步融合多学科遗传,放射性和神经治疗小组,以有效地关注此类复杂的演示。

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