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Lid surgery in patients affected with leprosy in North-Eastern Nigeria: are their needs being met?

Corneal blindness is second only to cataract as a cause of blindness in leprosy patients. Eyelid surgery provided by trained paramedical staff can often prevent blindness in these patients. We sought to determine the extent to which paramedic personnel are meeting the eyelid surgical needs of these patients and to investigate the barriers that may be preventing them from seeking surgery. A total of eight leprosy settlements in north-eastern Nigeria were selected for this study. In these villages, 480 residents who were 30 years of age or older who had been diagnosed as having leprosy had their eyes examined for the presence of lagophthalmos, entropion/trichiasis and evidence of surgery for either of these conditions. Patients who had not been operated on for either of these conditions were questioned to determine their reasons for not seeking surgery. One hundred and sixteen (12.1 %) eyes were in need of surgery while 5.1 % of eyes had been operated upon. The surgical coverage for eyelid surgery was 30%; lagophthalmos had a better surgical coverage of 44.4% compared to entropion/trichiasis, which had 24.7% coverage. Lack of awareness about the treatment available was the most common reason given for not seeking surgery. This study shows that despite the presence of trained paramedical staff in the community, the eyelid surgical needs of these patients are not being met primarily because the level of awareness about the availability of effective treatment still remains low. In addition, the readiness of eye-care staff to visit these settlements was disappointing. Extra efforts will have to be made.

Adult↗

The use of botulinum toxin in ophthalmology.

As the diversity of clinical applications for the botulinum neurotoxin continues to grow, exciting developments are occurring in its use around the eye, where indeed its benefits were first recognized. These include use to treat strabismus, eyelid disorders and a number of other ocular conditions.

Blepharoptosis↗

Clinical characteristics of CHARGE syndrome.

CHARGE syndrome, first described by Pagon, was named for its six major clinical features. They are: coloboma of the eye, heart defects, atresia of the choanae, retarded growth and development including CNS anomalies, genital hypoplasia and/or urinary tract anomalies, and ear anomalies and/or hearing loss. We experienced three cases of CHARGE syndrome who displayed ocular coloboma, heart defects, retarded growth and development, and external ear anomalies, and we also review the previously reported literature concerning CHARGE syndrome.

Abnormalities, Multiple↗

Epiblepharon with inverted eyelashes and high body mass index in Japanese children.

PURPOSE: To evaluate the sexual predilection of epiblepharon in Japanese children and the relationship between this condition and body mass index. SUBJECTS AND METHODS: Japanese children who were 6 to 14 years old were cross-sectionally surveyed on routine health screening. RESULTS: Of 2,941 children examined, 127 had epiblepharon. The incidence decreased with age. No sexual predilection was found. Lower eyelids were commonly involved bilaterally. Mild complaints included discomfort or foreign body sensation. The body mass index in children 6 to 11 years old with epiblepharon was higher than that in children without epiblepharon. CONCLUSIONS: No sexual predilection was found for epiblepharon. A high body mass index was noted in children with epiblepharon who were 6 to 11 years old.

Adolescent↗

Blinding trachoma: prevention with the safe strategy.

Trachoma, the second leading cause of blindness worldwide, differentially affects the poorest communities, which may have the least access to resources. With the establishment of the Global Elimination of Blinding Trachoma by 2020 (GET 2020) goal, the World Health Organization has set an ambitious target for country programs. The currently recommended surgery for trichiasis/entropion, antibiotics for active disease, facial cleanliness, and environmental change to reduce transmission (SAFE) strategy targets all key elements believed to be necessary for a short- and long-term intervention program. This report reviews the need for a multi-faceted strategy, and the evidence supporting the elements of SAFE. Concerns about the implementation are discussed. Additional research is suggested that will enhance the implementation of the SAFE strategy. In the current climate of significant political and social momentum for trachoma control, the SAFE strategy is a safe bet to accomplish the elimination of blinding trachoma.

Animals↗