RESUMO
Purpose: To find out parents’ knowledge, attitude, and treatment practice (KAP) toward pediatric eye problems and to assess the effect of demographic factors such as gender, age, educational status, and number of children on KAP. Methods: A cross?sectional descriptive study was conducted in a hospital setting. Two hundred parents were randomly selected for the questionnaire. All parents had children who were included in Systematic Pediatric Eye Care Through Sibling Screening Strategies (SPECSSS) study. A survey with 15 questions on KAP of pediatric eye diseases was prepared and administered to parents coming to a tertiary eye hospital with varied experience and education qualifications. Results: The mean age of 200 patients was 9.6 (3.4) years, with the majority of them male (n = 110; 55.0%). The majority of the children (n = 91, 45.5%) were between the age group of 6–10 years. Knowledge of visual problems among parents was of a good grade in 9% only. The attitude of the parents toward the visual problem was positive at 17%, and the responses regarding the practice were of excellent grade at 46.5% and good at 26.5%. Analysis suggests that the level of knowledge and practice were not significantly associated with the demographic factors (p > 0.05). The positive attitude toward the visual problems of the children was associated with education of the parents (p < 0.05) and the father occupation (p < 0.05). Conclusion: Knowledge about pediatric eye diseases was poor among parents and it was significantly affected by education and occupation of parents. The parents have positive attitude toward enhancing their attitude in treatment.
RESUMO
Background: Anomalous head posture (AHP) measurement is crucial in the management of nystagmus and incomitant strabismus and also during follow?up assessments. The types of AHP include chin posture, head tilt, and face turn. Goniometer is a low?cost tool widely used to measure head posture. This has two arms: one reference arm and one measuring arm. The drawback of this device is that the examiner has to maintain the reference arm exactly parallel or perpendicular to the floor and the other arm has to align the AHP. Since not all the examiners are comfortable in aligning both the arms simultaneously, the measurements obtained by a goniometer end up being less accurate. A device named cervical range of motion (CROM) is more reliable but expensive. There is an iOS application created for the purpose of head posture assessment, but an iPhone is expensive. Purpose: To demonstrate a low?cost, innovative, reliable single?arm tool (SAT) for assessment of AHP. Synopsis: A clinometer is a device that is used to measure the heights of buildings. In this device, the gravitational force of the earth determines the reference line. We have modified a clinometer into a SAT by incorporating a long plastic arm to it, which is used to measure head tilt and chin up/down measurements. For the purpose of face?turn measurement, we modified a compass for direction into another type of SAT by fitting a yoke dial and a long plastic arm to measure face turn. Here, the principle is to have the line of direction as a reference. The direction of the patient’s seating arrangement is determined and taken as the reference direction. The amount of the patient’s face turn is measured by finding out the angle between reference direction and direction of the nose. Highlights: This video shows the method of making SAT in a do?it?yourself manner and also demonstrates the method of measuring AHP. SAT is a reliable and low?cost device.