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1.
Indian J Pediatr ; 86(7): 608-616, 2019 07.
Artigo em Inglês | MEDLINE | ID: mdl-31177510

RESUMO

When a child is diagnosed with epilepsy, counseling regarding the same is done by the treating doctor. Most parents are frightened and have poor knowledge about epilepsy. Therapeutic advice including drug dosage, administration and side effects takes up the major part of physician's time, thereby neglecting important issues like home seizure management, follow up and others. These lacunae in knowledge require systematic patient and family education. To address these issues, an expert group meeting of pediatric neurologists and epileptologists in India along with social workers/epilepsy educators, legal experts, parents, and teachers was held. The various aspects regarding parental counseling in children with epilepsy were discussed and a consensus document was formulated. Here authors present the group consensus statement on counseling parents and caregivers of children with epilepsy. This document is intended to help physicians and pediatricians counsel the families when a child is diagnosed with epilepsy.


Assuntos
Consenso , Epilepsia , Conhecimentos, Atitudes e Prática em Saúde , Neurologia , Pais/educação , Criança , Aconselhamento , Eletroencefalografia/métodos , Epilepsia/diagnóstico , Epilepsia/tratamento farmacológico , Família , Saúde da Família , Educação em Saúde , Humanos , Índia , Pais/psicologia , Médicos/psicologia , Convulsões/diagnóstico , Convulsões/tratamento farmacológico
2.
J Indian Inst Sci ; 97(4): 511-525, 2017 Dec.
Artigo em Inglês | MEDLINE | ID: mdl-29657367

RESUMO

Animals depend on navigation to find food, water, mate(s), shelter, etc. Different species use diverse strategies that utilise forms of motion- and location-related information derived from the environment to navigate to their goals and back. We start by describing behavioural studies undertaken to unearth different strategies used in navigation. Then we move on to outline what we know about the brain area most associated with spatial navigation, namely the hippocampal formation. While doing so, we first briefly explain the anatomical connections in the area and then proceed to describe the neural correlates that are considered to play a role in navigation. We conclude by looking at how the strategies might interact and complement each other in certain contexts.

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