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1929 results found

Detecting muscle insertion position by ultrasound

The purpose of this study was to investigate the accuracy to locate muscle insertion positions before and after strabismus surgery using wide-field ultrasound biomicroscopy with the bag / balloon technique. Thirty-nine muscles of 22 adult patients aged 34.7 ±15.5 years...

Fixation target position for increased limbus measurement accuracy with AS-OCT

The authors intended to determine the optimal gaze fixation points for lateral rectus and medial rectus muscle insertions using anterior segment - optical coherence tomography (AS-OCT) compared with intraoperative measurements. They recorded 46 lateral and 36 medial rectus muscles from...

Cadaveric measurements of the Spiral of Tillaux

The authors conducted a cadaveric study to investigate and analyse the variability of the mean distances of the extra-ocular muscle insertion sites from the limbus as well as corneal diameters. The study included measurements taken from 30 white cavaders; 50%...

Use of the Mendonca strabismus forceps in locating and measuring muscle insertions

The authors aimed to compare the reliability of the Mendonca strabismus forceps vs intraoperative calliper measurements for determining the distance from the limbus to the insertion of the extraocular muscles in patients undergoing strabismus surgery. This was a prospective observation...

Anatomical measurements for degree orientation and muscle insertions for rectus muscles

This study reports the relative degree orientation of the superior, lateral and inferior rectus muscles with respect to the medial rectus, and the distances between the rectus muscle insertions. The study involved 30 cadavers (60 eyes), all White, 50% female...

My top five: Uses of artificial intelligence in ophthalmology

Artificial Intelligence (AI) has emerged as a prominent topic of discussion within the field of ophthalmology, captivating researchers and practitioners alike. Although recent attention has been drawn to the integration of AI in ophthalmology, it’s important to recognise that AI...

My Top Five: Uses of artificial intelligence in ophthalmology

Artificial Intelligence (AI) has emerged as a prominent topic of discussion within the field of ophthalmology, captivating researchers and practitioners alike. Although recent attention has been drawn to the integration of AI in ophthalmology, it’s important to recognise that AI...

Lost in translation

The article that follows is a collection of reflections and observations by Peter (British) and Nathan (Singaporean) living and working in each other’s countries. Peter Cackett “Best thing about this place is it’s not still full of pompous ex-colonials who...

Ophthalmology Specialty Training 2024: What's different?

The 2024 intake for ophthalmology specialty training (OST) has undergone several significant changes in its approach towards candidate selection and assessment. This article provides a comparative analysis, detailing these new measures and comparing them against the previous year's standards. Our...

Genetic profiling for personalised healthcare solutions in AMD – an update

Age-related macular degeneration (AMD) is a multifactorial condition influenced by genetics and lifestyle factors (Table 1). This article outlines several recent advances in AMD genetics, as well as evolving therapeutic concepts and established practical measures for the treatment and /...

Building research capacity through the VISION 2020 LINKS Programme

The aim is to build capacity for research in the region covered by the College of Ophthalmology of Eastern, Central and Southern Africa (COECSA). The project will build research capacity in three ophthalmology training institutions by ‘training the trainers’ and...

The results of the last survey Dec24

This edition’s survey results are fascinating. They focus more on your impressions and views rather than on the facts of your clinical practice. Effectively I asked you to take the role of an expert and comment on the cases I...