[Laser-scanning-tomography in clinical routine]

Area of Science:

• Ophthalmology
• Medical Imaging
• Glaucoma Research

Context:

• Glaucoma management requires precise optic nerve head evaluation.
• Quantitative imaging is crucial for tracking disease progression.
• Heidelberg Retina Tomograph (HRT) is a key technology in this field.

Purpose:

• To explain the principles of scanning laser tomography using HRT.
• To detail the role of topometric parameters and algorithms in glaucoma assessment.
• To establish HRT as the gold standard for optic nerve head evaluation in chronic glaucoma.

Summary:

• Scanning laser tomography with HRT reconstructs optic disk topography in 3D from 2D images.
• Topometric parameters and algorithms assess glaucomatous tissue alterations.
• This technique is the established standard for quantitative optic nerve head analysis in glaucoma follow-up.

Impact:

• Provides a quantitative, objective method for glaucoma monitoring.
• Enhances diagnostic accuracy in detecting glaucomatous changes.
• Facilitates standardized follow-up care for chronic glaucoma patients.