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过敏性结膜炎与过敏性鼻炎之间的解剖学和功能关系。

The anatomical and functional relationship between allergic conjunctivitis and allergic rhinitis.

作者信息

Hom Milton M, Bielory Leonard

机构信息

private practice, Azusa, CA and.

Department of Medicine, Rutgers University, Robert Wood Johnson University Hospital, New Brunswick, New Jersey.

出版信息

Allergy Rhinol (Providence). 2013 Fall;4(3):e110-9. doi: 10.2500/ar.2013.4.0067.

Abstract

There are numerous anatomic connections between the allergic conjunctivitis and allergic rhinitis. The most obvious reason is the physical connection via the nasolacrimal apparatus. However, a closer look at innervation, circulatory, lymphatic, and neurogenic systems reveals much more than a physical connection. The eye is richly innervated by parasympathetic nerves that enter the eyes after traveling in conjunction with the parasympathetic input to the nasal cavity. Parasympathetic innervation governing the tear film and nasal secretion can intersect at the pterygopalatine ganglion. Neurogenic inflammation affects both the eye and the nose as evidenced by the presence of the same neurogenic factors. Venous flow is in the SOV area connecting the eye and the nose, once thought to be without valves. In the past, this thinking is the basis for concern about the danger triangle of the face. Recent literature has shown otherwise. Although valves are present, there are still pathways where bidirectional flow exists and a venous connection is made. The most likely area for venous communication is the pterygoid plexus and cavernous sinus. The venous flow and connections also offers a pathway for allergic shiners. Understanding the mutual connections between the nasal mucosa and the ocular surface can also affect treatment strategies.

摘要

变应性结膜炎和变应性鼻炎之间存在众多解剖学联系。最明显的原因是通过鼻泪管的物理连接。然而,仔细研究神经支配、循环、淋巴和神经源性系统会发现,其联系远不止于物理连接。眼睛由副交感神经丰富地支配,这些副交感神经在与鼻腔的副交感神经输入一起走行后进入眼睛。支配泪膜和鼻分泌物的副交感神经支配可在翼腭神经节处相交。神经源性炎症对眼睛和鼻子均有影响,相同神经源性因子的存在证明了这一点。静脉血流在连接眼睛和鼻子的眼上静脉区域,该区域曾被认为没有瓣膜。过去,这种观点是对面部危险三角区担忧的依据。最近的文献表明情况并非如此。尽管存在瓣膜,但仍有双向血流存在且形成静脉连接的路径。最可能的静脉交通区域是翼静脉丛和海绵窦。静脉血流和连接也为变应性黑眼圈提供了一条途径。了解鼻黏膜和眼表之间的相互联系也会影响治疗策略。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/68e6/3911799/f7278aa6e897/arh0021300670001.jpg

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