痤疮的临床特征和影像学特征。

Brain Communications Pub Date : 2023-08-22 eCollection Date: 2023-01-01 DOI:10.1093/braincomms/fcad219
Anastasia Pilat, Rebecca J McLean, Anna Vanina, Robert A Dineen, Irene Gottlob
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摘要

Achiasmia是一种罕见的视觉通路发育不良,视交叉轴突交叉减少。我们的目的是研究跟腱炎的临床特征、黄斑、视神经和大脑形态。一项前瞻性、横断面、观察性研究对12名无成就感参与者[8名男性和4名女性;29.6±18.4岁(平均值±标准差)]和24名性别、年龄、种族和屈光匹配的健康对照进行了研究。获得了完整的眼科评估、眼动记录、黄斑和视盘的高分辨率光谱域光学相干断层扫描、五通道视觉诱发反应、眼动记录以及大脑和眼眶的MRI扫描。所有12名临床参与者都通过视觉诱发反应确认了无意识血症。该组右眼和左眼的视力分别为0.63±0.19和0.53±0.19%;大多数参与者都有轻微的屈光不正。所有患有无成就感的参与者都有眼震,没有可测量的立体视觉。58%的参与者出现斜视和头部位置异常。光学相干断层扫描显示四名参与者的视神经发育不全并伴有中央凹发育不全。在其余的无成就感参与者中,发现黄斑病变,中央旁内段明显变薄(P=0.002),凹坑变宽(P=0.04),椭球线视觉变平。MRI显示3/12例(25%)交叉发育不全,7/12例(58%)交叉发育不良,2/12例(17%)主观正常交叉。3例交叉性视神经发育不全/发育不全患者在MRI上发现视间隔发育不良和双侧视神经严重发育不全。在这一迄今为止规模最大的一系列无关节炎患者中,我们首次发现神经元异常已经发生在视网膜水平。胎儿变化、视神经发育不全和大脑中线异常表明,这些异常可能是同一谱系的一部分,在胎儿发育过程中,不同表现的事件具有不同的严重程度。
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Clinical features and imaging characteristics in achiasmia.

Achiasmia is a rare visual pathway maldevelopment with reduced decussation of the axons in the optic chiasm. Our aim was to investigate clinical characteristics, macular, optic nerve and brain morphology in achiasmia. A prospective, cross-sectional, observational study of 12 participants with achiasmia [8 males and 4 females; 29.6 ± 18.4 years (mean ± standard deviation)] and 24 gender-, age-, ethnicity- and refraction-matched healthy controls was done. Full ophthalmology assessment, eye movement recording, a high-resolution spectral-domain optical coherence tomography of the macular and optic disc, five-channel visual-evoked responses, eye movement recordings and MRI scans of the brain and orbits were acquired. Achiasmia was confirmed in all 12 clinical participants by visual-evoked responses. Visual acuity in this group was 0.63 ± 0.19 and 0.53 ± 0.19 for the right and left eyes, respectively; most participants had mild refractive errors. All participants with achiasmia had see-saw nystagmus and no measurable stereo vision. Strabismus and abnormal head position were noted in 58% of participants. Optical coherence tomography showed optic nerve hypoplasia with associated foveal hypoplasia in four participants. In the remaining achiasmia participants, macular changes with significantly thinner paracentral inner segment (P = 0.002), wider pit (P = 0.04) and visual flattening of the ellipsoid line were found. MRI demonstrated chiasmatic aplasia in 3/12 (25%), chiasmatic hypoplasia in 7/12 (58%) and a subjectively normal chiasm in 2/12 (17%). Septo-optic dysplasia and severe bilateral optic nerve hypoplasia were found in three patients with chiasmic aplasia/hypoplasia on MRI. In this largest series of achiasmia patients to date, we found for the first time that neuronal abnormalities occur already at the retinal level. Foveal changes, optic nerve hypoplasia and the midline brain anomaly suggest that these abnormalities could be part of the same spectrum, with different manifestations of events during foetal development occurring with varying severity.

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