Dr. Alexandra Ahmet is a pediatric endocrinologist at CHEO, an Associate Professor of pediatrics and the program director for the pediatric endocrinology residency and fellowship programs at the University of Ottawa. Dr. Ahmet has a clinical, research and advocacy focus on patient safety with a specific emphasis on adrenal suppression in children. More recently, Dr. Ahmet has also been involved in development, implementation and evaluation of new clinical programs for adolescents with Type 1 Diabetes with a goal of providing regular patient focused education in preparation for transition to adult care, and formal evaluation of quality of life and mental health status.
Patient and family perspective of a Pre-Transition Visit in a pediatric tertiary care diabetes clinic
Overall, we found that both patients and their families had high levels of satisfaction with the Pre-T Visit which reinforced this as a good use of resources (ie, patient, administrative and educator time) in our clinic, with respect to the patient experience. These findings were consistent across patients despite differences in age, gender, diabetes duration and A1C. Furthermore, patients reported high levels of engagement/participation in the visit.
Risk of Hypothyroidism After Administration of Iodinated Contrast Material in Neonates: Are You Aware?
The impact of limited and strategic blood glucose monitoring on metabolic control in a type 1 diabetes clinic in Central India
This study assessed whether the use of two SMBG tests per day improves glycemic control, measured by a change in HbA1c, in youth with T1D followed at the DREAM Trust (DT) in Nagpur, India.
Adrenal suppression from glucocorticoids: preventing an iatrogenic cause of morbidity and mortality in children
The intent of this review is to draw attention to this important entity and to allow the reader to create an informed and practical approach to the management of their patients at risk.
Evaluating the Low-Dose ACTH Stimulation Test in Children: Ideal Times for Cortisol Measurement
To determine optimal times to draw cortisol levels and factors predicting timing of peak cortisol levels in children undergoing LDST.