Combined confocal scanning laser ophthalmoscope (cSLO) - spectral-domain optical coherence tomography (SDOCT) imaging

Combined confocal scanning laser ophthalmoscope (cSLO) - spectral-domain optical coherence tomography (SDOCT) is a modern imaging system used by eye doctors to diagnose and treat eye diseases. This system combines different technologies to give doctors detailed images of the eye's structures, such as the retina, optic nerve, and macular.

組合共焦掃描激光檢眼鏡 (cSLO) - 譜域光學相干斷層掃描 (SDOCT) 成像是一種現代化的影像系統，用於眼科醫生診斷和治療眼部疾病。該系統結合了不同技術，可為醫生提供眼部結構的詳細圖像，例如視網膜、視神經和黃斑點。

 

One of the best things about combined cSLO-SDOCT is that it can show doctors how the eye changes over time. This is important because it helps doctors catch eye diseases early, when they are easier to treat. By seeing how the eye changes over time, doctors can also make better decisions about how to treat the disease.

組合共焦掃描激光檢眼鏡 (cSLO) - 譜域光學相干斷層掃描 (SDOCT)的優點之一是，它可以向醫生顯示眼部隨時間的變化。這很重要，因為它可以幫助醫生及早發現眼部疾病，這樣更容易治療。通過觀察眼部的變化，醫生還可以更好地決定如何治療疾病。

 

Another important feature of combined cSLO-SDOCT is the glaucoma module. Glaucoma is a serious eye disease that can lead to blindness if left untreated. This module has tools that help doctors detect and track the progression of glaucoma. By catching glaucoma early, doctors can start treatment before it causes permanent damage to the eye.

組合共焦掃描激光檢眼鏡 (cSLO) - 譜域光學相干斷層掃描 (SDOCT)的另一個重要功能是青光眼模塊。青光眼是一種嚴重的眼部疾病，如果不及早治療，可能會導致失明。此模塊具有幫助醫生檢測和跟踪青光眼進展的工具。通過及早發現青光眼，醫生可以在它對眼部造成永久損傷之前開始治療。

 

The glaucoma module has two important tools. The Glaucoma Probability Score (GPS) compares the patient's optic nerve head measurements to a database of normal eyes. If the patient's measurements are different from the norm, the GPS gives a score indicating the likelihood of glaucoma. The Glaucoma Progression Analysis (GPA) compares measurements taken at different times to see if the disease is getting worse. By using these tools, doctors can catch glaucoma early and track its progression over time.

青光眼模塊具有兩個重要工具。青光眼概率得分（GPS）將患者的視神經盤測量值與正常眼睛的數據庫進行比較。如果患者的測量值與正常值不同，GPS會給出一個評分，表示青光眼的可能性。青光眼進展分析（GPA）比較不同時間測量的數據，以查看疾病是否在惡化。通過使用這些工具，醫生可以及早發現青光眼並跟踪其進展。

 

Combined cSLO-SDOCT is also useful for other eye diseases. For example, the system's macular module can provide detailed images of the macula, which is a part of the retina that is important for central vision. This module can help doctors diagnose and manage age-related macular degeneration, a common cause of vision loss in older people. The system's anterior segment module can also image the front part of the eye, which can help doctors diagnose and treat conditions such as cataracts and corneal dystrophies.

組合共焦掃描激光檢眼鏡 (cSLO) - 譜域光學相干斷層掃描 (SDOCT)還對其他眼部疾病有用。例如，該系統的黃斑模塊可以提供黃斑的詳細圖像，這是視力中心的重要部分。此模塊可以幫助醫生診斷和治療老年人常見的視力喪失原因之一的老年性黃斑變性。該系統的前段檢查模塊還可以成像眼部前部，這可以幫助醫生診斷和治療白內障和角膜萎縮等疾病。

 

In summary, combined cSLO-SDOCT is a powerful diagnostic tool that helps doctors diagnose and treat a variety of eye diseases. Its glaucoma module is particularly useful for catching and tracking the progression of glaucoma. By providing detailed images of the eye's structures, doctors can make better decisions about how to treat eye diseases and help preserve their patients' vision.

總之，組合共焦掃描激光檢眼鏡 (cSLO) - 譜域光學相干斷層掃描 (SDOCT)是一種強大的診斷工具，可幫助醫生診斷和治療多種眼部疾病。其青光眼模塊特別適用於發現和跟踪青光眼的進展。通過提供眼部結構的詳細圖像，醫生可以更好地決定如何治療眼部疾病，幫助保護患者的視力。