視網膜是一個由掌管視覺影像的神經所組成之脆弱的層狀組織. 現代科學家藉由非侵入式顯微術
如共軛焦雷射掃描眼底鏡, 即可得到視網膜的資訊, 同時藉由此唯一的窗口進行不傷害身體的 …

眼底鏡對眼科醫師而言, 就像聽診器對外科醫師一樣重要. 這兩個儀器有一個共通的特性:
不必透過血淋淋的解剖就能得到極有價值的資訊. 然而直到上世紀末, 也就是在荷姆霍茲 …

眼底鏡對眼科醫師而言, 就像聽診器對外科醫師一樣重要. 這兩個儀器有一個共通的特性:
不必透過血淋淋的解剖就能得到極有價值的資訊. 然而直到上世紀末, 也就是在荷姆霍茲 …

螢光顯微鏡結合共軛焦顯微鏡成為研究生物分子影像最普遍的技術, 因為比起電子顯微鏡,
樣本的備製較為容易, 也提供非侵入式的觀測, 並且利用共軛焦顯微鏡光學切片的能力來取得 …

光學同調斷層掃描術為目前最主要的非侵入式光學診斷技術之一. 利用光源的低同調性,
可達到微米等級的縱向解析度. 此掃描技術是利用光子在組織內散射特性的變化 …

Purpose: Two-photon excited fluorescence (TPEF) of the eye's fundus is a new imaging
modality that has been recently demonstrated on humans. Using near-infrared fs laser …

Abstract Analysis of tissue structures is important for investigating pathological changes and
diagnosing neural diseases. Recent advances in ophthalmology regarding the diagnosis of …

With delicate anterior and posterior structures, the eye works as a robust optical imager to
capture visual information, which is essential for sensing the beauty of the world and …

Purpose: We present an MSLO capable of recording spectral information at each spatial
imaging point to enable quantitative mapping of vital physiological parameters indicating …

Purpose: A prototype two-photon ophthalmoscope for retina research was built to
noninvasively acquire selective high-resolution structural and functional information from the …