INHALTE
Ophthalmologic technology
Main Areas of Research
- Development of methods and signal processing algorithms for ocular fundus imaging, microcirculation diagnostics and retinal vessel analysis
- Investigation of the retina using optical coherence tomography
- Metabolic mapping of the retina
- Development of stimulation methods for the visual system
- Biomagnetic and bioelectric diagnosis of the visual system via magneto- and electroencephalography
- Design of optical systems (geometric optics, wave optical aspects), Evaluation of optical parameters and light measurement
- Objective methods for early detection of color vision defects and other dysfunctions of the visual system
- Developing new methods for the early diagnosis of glaucoma
- Calibration free eye-tracking systems and image processing in 2D and 3D
Projects
Active research projects
- AutoAnaVeDiRe - Semi-automatic analysis of vessel parameters as potential risk factor for development and manifestation of diabetic retinopathy
- Plenom - Plenophthalmologische Kamera für die mobile 3D-Netzhautdiagnostik
- ThIMEDOP - Innovationszentrum für Thüringer Medizintechnik-Lösungen (Diagnose, Therapie – Optimierung durch optische Technologien ) - Jena & Ilmenau
- PowerMask - Development of a flexible applicator for non-invasive ocular current stimulation based on textile electrode technologies
- FLIMX - Toolbox for fluorescence lifetime analysis
- MAMUD - Model based analysis of multimodal data under uncertainties
Closed research projects
- INNONGA - Innovative Netzhautgefäßanalyse
- OSAKA - Objective stray light analysis for cataract grading at the eye
- En route to improved early detection of neurodegenerative diseases. Non-invasive examination of retinal metabolism by analyzing fluorescence lifetime and anisotropy of cellular redox states
- ONERA - Opto-neurological rehabilitation for AMD patients
- EyeTSS - 3D transcranial current stimulation and analysis of neurovascular coupling using retinal vessel analysis
- Gaze controlled stimulation
- QuaSA - Quantitative light scatter analysis on eye
- MIntEye - Multimodal integration of ophthalmological diagnostic techniques
- IGD - Innovative glaucomediagnostics
- TFI - Base functional imaging technologies
- Functional imaging of microcirculation