Clinical Trial ES 900 - 2016
- Conditions
- General Analysis of the Anterior Chamber of the Human EyeOptical Biometry of the Human Eye
- Interventions
- Device: EYESTAR 900
- Registration Number
- NCT03382288
- Lead Sponsor
- Haag-Streit AG
- Brief Summary
The primary objective of this clinical trial is to assess the clinical performance of the investigational device. To that end, for each measure and the in-vivo repeatability will be quantified, as well as the mean measurement deviation with respect to the current gold standard device. As a secondary objective of the study, raw measurement data will be collected, to allow for improvements of existing algorithms, development of additional measure and and for retrospective analysis.
- Detailed Description
EYESTAR 900 (the investigational device) is a new device by HAAG-STREIT AG, for measurement of optical biometry and advanced corneal topography by swept-source optical coherence tomography (OCT).
Recruitment & Eligibility
- Status
- COMPLETED
- Sex
- All
- Target Recruitment
- 116
- 18 years or older;
- volunteers with phakic eyes, no cataract surgery indicated and with existing vitreous;
- patients seeking cataract surgery;
- patients with pseudophakic eye;
- patients with oil-filled eye;
- patients with aphakic eye.
- underage patients (younger than 18 years);
- vulnerable patients;
- inability to give informed consent;
- inability to maintain stable fixation.
Study & Design
- Study Type
- INTERVENTIONAL
- Study Design
- SINGLE_GROUP
- Arm && Interventions
Group Intervention Description Examination of participants EYESTAR 900 Examination of participants by means of the investigational device, Eyestar 900 as well as the comparative devices.
- Primary Outcome Measures
Name Time Method Anterior corneal topography Through study completion, approximately 9 months In-vivo repeatability and confidence interval of mean deviation with respect to comparator device, for elevation in \[µm \]; axial curvature in \[dpt\].
Posterior corneal keratometry Through study completion, approximately 9 months In-vivo repeatability and confidence interval of mean deviation with respect to comparator device, for PK1, PK2 (PR1, PR2, PAST) in \[dpt\]; PAxis in \[°\].
Keratometry-Measurands Through study completion, approximately 9 months. In-vivo repeatability and confidence interval of mean deviation with respect to comparator device, for K1, K2 (R1, R2, AST) in \[dpt\]; Axis in \[°\].
Posterior corneal topography Through study completion, approximately 9 months In-vivo repeatability and confidence interval of mean deviation with respect to comparator device, for elevation in \[µm\]; axial curvature in \[dpt\].
Corneal pachymetry Through study completion, approximately 9 months In-vivo repeatability and confidence interval of mean deviation with respect to comparator device, for CT in \[µm \].
Axial measurands Through study completion, approximately 9 months In-vivo repeatability and confidence interval of mean deviation with respect to comparator device, for CCT in \[µm\]; AD in \[mm\]; ACD in \[mm\]; LT in \[mm\]; AL in \[mm\].
Imaging Through study completion, approximately 9 months In-vivo repeatability and confidence interval of mean deviation with respect to comparator device, for WTW in \[mm\]; ICX, ICY in \[mm\]; PD in \[mm\]; PCX, PCY in \[mm\].
- Secondary Outcome Measures
Name Time Method Aquisition of volumetric OCT Data of the eye. Through study completion, approximately 9 months Data is collected, but not processed within the scope of this clinical trial.
Aquisition of photographic images of the eye. Through study completion, approximately 9 months Data is collected, but not processed within the scope of this clinical trial.
Trial Locations
- Locations (1)
University Hospital Basel
🇨🇭Basel, Switzerland