Prashant Modi

Prashant Modi

Profile ID RP-000-1314 Joined 2023-01-17 2 articles
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Articles(2)

Authors: Sunil Pathak, Devangi Kanara, Manish Rasania, Prashant Modi, Manasi Shah, Shailee Patel

DOI: 10.18231/j.pjms.2022.028  

Volume12

Issue1

Pages146-152

Abstract

Introduction: Neurodevelopment of an infant is affected by various factors like birth weight, perinatal events, environmental factors, psychosocial, socioeconomic condition, genetic, racial and nutritional factors, and hypoxic ischemic Encephalopathy following perinatal Asphyxia. Timely and appropriate intervention can modify many of these disabilities. Aim : To assess the neurodevelopmental outcome of high-risk neonates discharged from NICU. Materials and Methods: 80 Babies, discharged from NICU were followed up to the one year, and their Neurodevelopment assessment was done at 6 and 12 months of age by using DASII. Babies were diagnosed as delayed development if development quotient of < 70> Result : Mean DMoQ and DMeQ and overall DQ at 6 month were 81%, 82%, 81.5% and at 12 months of age 85%, 86%and 85.5% respectively. Out of 80 patients, 16(20%) babies had development delay at 6th months and 10(12.5%) at 12 months. 16(20%) babies with delayed development at 6 months had DMoQ 46.2+14.7, DMeQ 42.7 +13.8 and Mean DQ of 44.5 +14.3. 10(12.5%) babies with delayed development at 12 months had DMoQ 65.5+15.5, DMeQ 61.6+16.5 and mean DQ of 63.5 +14.1. 9 out of 10 babies having delayed development at 12 months had birth asphyxia at birth. Conclusion : We concluded that Incidence of neurodevelopment delay among high-risk infant is significantly high in babies with birth asphyxia, HIE and seizure. An appropriate follow-up program is helpful in early detection of development delay.   Keywords: Neurodevelopment, DASII, DQ, DMoQ, DMeQ, Birth asphyxia, Hypoxic ischemic encephalopathy

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Authors: Dixa Shah, Sunil Pathak, Ashutosh Singh Rathore, Prashant Modi, Dhrumika Sheth, Mayur Shah

DOI: 10.18231/j.pjms.2021.107  

Volume11

Issue3

Pages547-552

Abstract

Objectives: (i) To determine pattern of and proportion of various etiology of short stature. (ii) To determine relationship of the Standard Deviation Score (SDS) with etiology. Materials and Methods: This non-analytic observational study, assessed demographic parameters, anthropometry and etiology associate with short stature adolescents and children (6 months to 18 years). Short stature was defined as length/ height for age < 3> Results: Out of 105 subjects, 22 were 6 months to < 5> Conclusion: Malnutrition was significant co-existing factor in pathological short stature. The common etiology of pathological short stature varied with different age groups. The SDS is important in deciding evaluation plan for particular short stature case.   Keywords: Pathological short stature, Normal variants, Etiology, malnutrition, Idiopathic short stature, Standard deviation score

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