Computational method for aid in the diagnosis of sixth optic nerve palsy through digital videos.

The sixth cranial nerve, also known as the abducens nerve, is responsible for controlling the movements of the lateral rectus muscle. Palsies on the sixth nerve prevent some muscles that control eye movements from proper functioning, causing headaches, migraines, blurred vision, vertigo, and double vision. Hence, such palsy should be diagnosed in the early stages to treat it without leaving any sequela.

Plication combined with vertical displacement of horizontal rectus muscles to treat combined horizontal and vertical deviations.

Purpose: To report the results of horizontal rectus muscle recession-plication with vertical displacement in the treatment of combined vertical and horizontal strabismus.

Methods: From October 2016 to December 2019, 15 patients with horizontal deviation of 15-60, 3 associated with vertical deviation of 8 and 12 with vertical deviation of 10-20, underwent horizontal strabismus surgery (recession-plication) in addition to vertical displacement of both horizontal rectus, half or total muscle width, depending on whether the amount of vertical strabismus was small (8) or large (10-20), respectively.

Results: A total of 15 patients (8 females) were included; average age at surgery was 27 years.

A mhealth application for automated detection and diagnosis of strabismus.

Background And Objective: Amblyopia is a public health problem, and strabismus is its primary cause. Our objective is to evaluate the concordance of the diagnosis of strabismus between strabismus expert ophthalmologist and the mhealth application developed for this purpose.

Methods: We evaluated the concordance of the diagnosis of strabismus between the expert ophthalmologist and the mhealth application by screening 224 children and adolescents in the 5-15 years age group, with snapshots of patients' eyes and their analysis thereof.

Surgical planning of horizontal strabismus using multiple output regression tree.

Strabismus is an eye disease that affects about 0.12%-9.86% of the population, which can cause irreversible sensory damage to vision and psychological problems.

Automatic diagnosis of strabismus in digital videos through cover test.

Background And Objective: Medical image processing can contribute to the detection and diagnosis of human body anomalies, and it represents an important tool to assist in minimizing the degree of uncertainty of any diagnosis, while providing specialists with an additional source of diagnostic information. Strabismus is an anomaly that affects approximately 4% of the population. Strabismus modifies vision such that the eyes do not properly align, influencing binocular vision and depth perception.

Surgical planning for horizontal strabismus using Support Vector Regression.

Strabismus is a pathology which affects about 4% of the population, causing esthetic problems (reversible at any age) and irreversible sensory disorders, altering the vision mechanism. Many techniques can be applied to settle the muscular balance, thus eliminating strabismus. However, when the conservative treatment is not enough, the surgical treatment is adopted, applying recoils or resections to the ocular muscles affected.

Computer-Aided Methodology for Syndromic Strabismus Diagnosis.

Strabismus is a pathology that affects approximately 4 % of the population, causing aesthetic problems reversible at any age and irreversible sensory alterations that modify the vision mechanism. The Hirschberg test is one type of examination for detecting this pathology. Computer-aided detection/diagnosis is being used with relative success to aid health professionals.

Computational methodology for automatic detection of strabismus in digital images through Hirschberg test.

Strabismus is a pathology that affects about 4% of the population, causing aesthetic problems, reversible at any age; however, problems that can also cause irreversible muscular alterations, and alter the vision mechanism. The Hirschberg test is one of the exams used to detect this pathology. The application of high technology resources to help diagnose and treat ophthalmological conditions is, lamentably, not commonly found in the sub-specialty of strabismus.