Background:Insulin administration and self-monitoring of blood glucose (SMBG) are pillars in the management of diabetes in children. Introduction of continuous glucose monitoring (CGM) has made it possible to understand the glycemic profiles which are not picked up by SMBG. Recent advent of flash glucose monitoring with inbuilt software to obtain ambulatory glucose profile (AGP) has emerged as a novel method to study glycemic patterns in adults with Type I diabetes. However, the use of AGP in children is yet to be explored.Methods:AGP was used in 46 children with Type 1 diabetes mellitus. Feasibility was measured regarding data and sensor failure. Acceptability was measured using a questionnaire.Results:Forty-six children (22 girls and 24 boys) with a mean age of 10.07 years and mean diabetes duration of 3.4 years were included in the study. In this cohort, for 30 (65.21%) subjects, the sensor remained in situ for a complete duration of 14 days. Except for minor discomfort, AGP was well accepted by most of the children and their parents.Conclusion:AGP is a feasible option for monitoring glycemic status in children with diabetes with a high rate of acceptance.

Background:In children with type 1 diabetes, intensive diabetes management has been demonstrated to reduce long-term microvascular complications. At present, self-monitoring of blood glucose (SMBG) by patients at home and glycated hemoglobin estimation every 3 months are used to monitor glycemic control in children. Recently, ambulatory glucose profile (AGP) is increasingly being used to study the glycemic patterns in adults. However, accuracy and reliability of AGP in children have not been evaluated yet.Objectives:To assess the accuracy of AGP data in children with type 1 diabetes mellitus when compared with laboratory random blood sugar (RBS) levels, capillary blood glucose (CBG) measured by glucometer in the hospital, and SMBG monitored at home.Methods:Paired RBS, CBG, and AGP data were analyzed for 51 patients who wore AGP sensors for 2 weeks. Simultaneous venous and CBG samples were collected on day 1 and day 14. SMBG at home was checked and recorded by the patients for optimizing insulin doses. Accuracy measures (mean absolute deviation, mean absolute relative difference (MARD), and coefficient of linear regression of AGP on RBS, CBG, and home-monitored SMBG were calculated.Results:Seventy paired RBS, CBG, and AGP data and 362 paired home-monitored SMBG and AGP data were available. The MARD was 9.56% for AGP over RBS and 15.07% for AGP over CBG. The linear regression coefficient of AGP over RBS was 0.93 and that of AGP over CBG was 0.89 (P < 0.001). The accuracy of AGP over SMBG was evaluated over four ranges: <75, 76–140, 141–200, and >200 mg/dl.Conclusion:In this study, AGP data significantly correlate with RBS and CBG data in children with type 1 diabetes. However, a large number of samples in a research setting would help to document reproducibility of our results.

Hypothyroidism is usually associated with delayed puberty and occasionally may present with isosexual precocious puberty. In girls, this may present with breast development, multicystic ovaries and vaginal bleeding. This entity characterized by ovarian hyper stimulation leading to early puberty secondary to hypothyroidism is known as Van WykeGrumbach syndrome. In contrast to the early puberty caused by other causes, precocious puberty of hypothyroidism is characterized by short stature and delayed bone age. Awareness about this condition and the treatment of this condition with levothyroxine will lead to avoidance of surgery and unnecessary intervention. We present the case of a six-year-old girl who presented with precocious puberty and pituitary hyperplasia. This case highlights the need for the professionals to familiarize themselves about uncommon complications of untreated hypothyroidism.

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