Irma A. Pasaribu's research while affiliated with University of Surabaya Bhayangkara and other places

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Publications (2)


Proceeding The 4th WCME (Warmadewa Continuing Medical Education) 2024
  • Conference Paper
  • Full-text available

April 2024

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118 Reads

Irma A. Pasaribu

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Desy Irawati

Introduction: Eye disorders, especially refractive anomalies, are still a health problem that threatens the vision of generations at both national and international levels. High prevalence is still reported in developing and developed countries. The negative impacts of eye disorders are quite significant, including decreased productivity, decreased intelligence, and learning ability, and can even cause blindness. Purpose: To observe and describe visual acuity checks and refraction checks at Mustika Rini Kindergarten, Surabaya Methods: This study was an observational descriptive to examine visual acuity checks and refraction checks at Mustika Rini Kindergarten, Surabaya, one of the kindergartens in Surabaya - East Java, with cases of refractive anomalies at an early age caused by the pandemic. The total sample in this study was the total population of students at Mustika Rini Kindergarten (103 students). Results: A survey was administered to assess the participants’ degree of understanding pertaining to ocular health. This assessment of knowledge regarding eye health was conducted both prior to and subsequent to an educational intervention, utilizing a questionnaire as the measurement tool. Eye examinations (Snellen chard and refraction) and refractionists who will assist in screening and detecting eye abnormalities (vision acuity examination and eye refraction examination) are carried out on Mustika Rini Kindergarten students. If an abnormality is found, the eye doctor will give a prescription according to the eye disorder you are suffering from. Conclusion: The result from the questionnaire regarding gadget usage behavior among Mustika Rini Kindergarten students shows that there are several risk factors that trigger eye refraction abnormalities in students, namely, frequency of gadget use, duration of gadget use, and distance between the eyes and the gadget screen that is too close. The results of eye examinations showed that 43.24% of Mustika Rini Kindergarten students had refractive errors that required corrective action using glasses according to the type of abnormality found. Keywords: eye disorders, education, early age, early detection.

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Arrival and grouping of animal model at the Biochemistry Laboratory, Hang Tuah University, in 2022
Body weight measurements of animal models at the Biochemistry Laboratory, Hang Tuah University, in 2022
Blood sampling of animal model at the Biochemistry Laboratory, Hang Tuah University, in 2022
Urine collection of animal model at the Biochemistry Laboratory, Hang Tuah University, in 2022
Anesthesia of animal model at the Biochemistry Laboratory, Hang Tuah University, in 2022

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Laboratory and clinical findings in mouse models of diabetic nephropathy induced with streptozotocin

November 2023

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61 Reads

BMC Endocrine Disorders

Background Diabetic nephropathy (DN) represents a microvascular complication of diabetes mellitus (DM). Despite the increasing incidence and prevalence of DN, conservative therapy only reduces risk factors and hemodialysis. This research aimed at finding DN animal model that can be tried to be given an alternative treatment. DN was assessed by evaluating body weight, blood glucose, proteinuria, and kidney histopathology. Methods Wistar novergicus male rats were induced with 75 mg of streptozotocin per kg BW to obtain a diabetic nephropathy model. The 18 rats were divided into 2 groups consisting of 9 rats in the negative group (G0) and 9 rats in the positive group (G1). Indicators of body weight, blood glucose levels, urine protein and kidney histopathology determine the incidents of DN animal models. Result Rats induced using 75 mg of streptozotocin per kg body weight (BW) indicated weight loss, increased blood glucose, urine protein levels and histopathological features of DN. Conclusion Seventy-five mg of streptozotocin per kg BW can induce a diabetic nephropathy animal model in Wistar norvegicus rats.