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青光眼---微脉冲睫状肌雷射热治疔(MPCPC)

治疔青光眼可以有更好的选择
微脉冲睫状肌雷射热治疔
(MicroPulse Cyclophotocoagulation-MPCPC)

 

青光眼(Glaucoma)会让视力渐渐地损伤并且无声无息,一种使视神经永久损伤的眼疾,又譬喻是‘视觉偷窃者’(图一)。其实任何人都有可能得到青光眼,但是60岁以上、家族史中有罹患过青光眼、糖尿病或高血压的患者,是最大的好发族群。然而青光眼与高血压或糖尿病一样,它无法完全“根治”,是眼科中的慢性疾病,需要终生进行治疔与定期追踪,但患者若能确实接受治疔,则可以生活得跟一般人无异,然而我们的视神经一但遭破坏就无法再生,因此控制好眼压,尽量减少视神经的持续受损为治疔青光眼的最高原则。


微脉冲睫状肌雷射热治疔 (MPCPC):

是一种新型的非侵入性青光眼治疔,能在不影响本身视力及眼球的结构下,经由雷射治疔来减少制造眼内房水、增加眼内房水的排出,雷射治疔过程更是比传统青光眼手术快速、也较少引起患者不适且恢复更快、效果更佳(图二)。相较传统青光眼手术,更是大幅降低了副作用,如结膜水泡生成(图三)、异物感、眼球表面疾患、眼睛手术後睁不开、大小眼、角膜病变、白内障、视网膜剥离及黄斑部水肿(图四)…等病变。

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图一:青光眼末期,可见视神经几乎100%凹陷,且呈白色外观
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图二:雷射微脉冲睫状肌热治疔(MPCPC)
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图三:传统标准青光眼手术後所造成的结膜水泡
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图四:黄斑部水肿,视力会下降。

 实际案例张先生是一位约莫30岁的年轻人,患有开放性青光眼疾病已将近五年,看过各大医院及各知名眼科专科诊所,之后经友人介绍后来到本诊所,眼压长年一直介于35-45mmHg左右,已使用四种青光眼药水但控制效果仍有限。虽然视力及视野检查并未在青光眼的影响下明显恶化,但眼压高居不下仍易使视神经继续受到损伤。在萧医师评估及建议之下,认为张先生尚年轻,不愿意见到他因青光眼手术所造成长期接续性的问题,可以尝试新型疗法并避免传统手术容易造成的副作用,张先生思考后也愿意自费接受了这样的治疔。雷射热治疔当天的眼压仍高于45mmHg,在接受雷射热治疔5天後再复诊,眼压已降至22mmHg,张先生表示能接受也很满意这样的雷射热治疔疗法;觉得眼球真的有比较轻松舒服,不象治疔前一样时常胀痛不适且因为眼压降不下来而感到担心,并直接预约下次的雷射热治疔。


当前此疗法仍属於自费疗程,尚无健保给付,一次费用约30000元,如有点青光眼药水仍控制效果不佳者,可借由专业医师评估後提供个别性的咨询及建议。

 

 

点击观看影片(微脉冲睫状肌雷射热治疔过程1:55)

 

 

参考资料:Ophthalmology Glaucoma 2019;2:167-171 ©2019 by the American Academy of Ophthalmology.123

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 Cornea considerations in glaucoma surgery
Preeya Gupta, MD, Durham, North Carolina, shared some information on important cornea considerations in glaucoma, highlighting both ocular surface disease and the corneal endothelium.
Glaucoma management causes dry eye and ocular surface disease (OSD), she said. Both medications and surgery can disrupt the surface.
OSD has a real impact in glaucoma management, she said, and has significant impact on vision quality and visual function. It can also negatively impact drop compliance.
Dr. Gupta highlighted several modern therapies that may reduce OSD, including preservative-free glaucoma medications, SLT, and MIGS as a standalone procedure or combined with cataract surgery. Future options could include a drug delivery implant.
The corneal endothelium is another consideration, Dr. Gupta said. The purpose of the endothelium is to keep the cornea clear, she said, but it does not regenerate, and many things can damage it (including glaucoma surgery). For endothelium surveillance, Dr. Gupta mentioned pachymetry, slit lamp examination, and specular microscopy all as viable options. Monitoring endothelial cell count is important, particularly in those post-glaucoma surgery who may be at risk for endothelial cell loss, but there is currently no firm consensus on the use of endothelial cell count monitoring, Dr. Gupta said. With new technologies, ophthalmologists will want to determine how to best follow these patients, she said

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