Co-Chairs:

Ilene Fennoy, MD and Ambika Ashraf, MD

Mission Statement:

Our mission is to affirm the ideology of the PES as a scientific community that fosters inclusion, acceptance, and support for every person independent of race, ethnicity, gender, sexual orientation, or religion. Towards this end, our focus is to:

  1. Recognize implicit and explicit bias in healthcare in Pediatric Endocrinology, and address related healthcare disparities that affect our patients and families, through research, quality improvement, health delivery science, education, and outreach efforts.
  2. Foster equity and diversity and provide an environment of equality and mentorship for all trainees, fellows, and faculty in Pediatric Endocrinology.

Goals:

Our task force goals for the coming year are to increase awareness in our society’s membership of implicit and explicit bias in medicine in general and Pediatric Endocrinology specifically, and the contribution of said biases to health care disparities as well as to career development of minority physicians. We also aim to start to amass resources to help us address and ameliorate these biases and resulting disparities. We will contribute regularly to the newsletter, develop a needs assessment survey of our society, and will plan to offer periodic education for the PES membership.

Recognizing Pediatric Bone Health During World Osteoporosis Day:

Submitted by Andrew Kanouse, MD

In October, skeletons fill the cultural landscape as Halloween approaches. As autumn sets upon those of us in the northern hemisphere with its subsequent transition to shorter days of sun, skeletons are also recognized in celebration of World Osteoporosis Day (October 21). While osteoporosis is often framed as an adult disease, pediatric endocrinologists know that bone health begins much earlier. Bone is a metabolically active organ and the process of building peak bone mass starts in childhood. Supporting optimal bone accretion during childhood and adolescence is one of the most effective ways to reduce fracture risk and prevent osteoporosis later in life. Pediatric endocrinologists play a key role in this effort, identifying and managing various aspects of childhood that may impact this. One vital consideration is how health systems disparities may shape outcomes in this realm.

Disparities affect pediatric bone health at multiple levels. Bone metabolism, like many areas of medicine, relies on an interplay between genetic predisposition and environmental factors. The latter becomes important when considering the availability of such things as calcium- and vitamin D-rich foods to supplement pediatric diets, safe areas of play for children outdoors to begin the mechanistics of vitamin D metabolism through sunlight, and access to routine preventative care. Specific attention needs to be given to the issue of exposure to sunlight, as this not only pertains to safe areas for play outdoors, but even living in areas with reduced green space or dense housing limiting sun exposure. Such areas depend on indoor community facilities for cultural enrichment, and even the climate in which children live minimizing or limiting UV ray exposure. Cultural factors also play a role—differences in recognition of clinical signs, perceptions of treatment necessity, or trust in medical providers can delay diagnosis and intervention to disorders of vitamin D deficiency. Additionally, even were appropriate recognition to occur, those in low- and middle-income areas (towns, cities, even countries) with immigrant/minority populations may still face inherent difficulties with nutritional rickets that remains sometimes unavoidable without viable and sustainable supplemental intervention.

Insurance limitations compound these inequities, restricting timely referrals to endocrinologists, medication available in forms easily administered to pediatric patients, or access to diagnostic tools like DXA scans, physical therapists, and bisphosphonate treatment. Finally, with regards to DXA scans, as practitioners we must recognize that while some standards do exist to compare various populations, bone mineralization disorder algorithms and treatment decisions are classically based on stereotypical (white affluent) populations and risk misclassifications so thus have the possibility of under-treatment for such at risk populations.

Ultimately, lack of recognition of these barriers can perpetuate the risk for generational cycles of poor bone mineralization in already at risk populations and miss opportunities for early intervention. Pediatric endocrinologists can help close these gaps by encouraging equitable screening—such as routine assessment of vitamin D status particularly those with restrictive diets such as seen in children with autism, careful fracture history, and auxological monitoring—while also advocating for broader community supports. School-based programs that promote outdoor activity and provide bone-healthy nutrition are one way to address disparities upstream.  Efforts can continue where available to advocate for the expansion of efforts to recognize and manage barriers to pediatric bone health that have already begun. Finally, we must continue to emphasize the bidirectional connection between pediatric and adult bone health: the skeletal outcomes of childhood shape lifelong trajectories and the lessons from adult osteoporosis care must also inform how we support children today.

For more information, visit: https://www.worldosteoporosisday.org/.

Archive - Monthly notable dates/events

March 28, 2024: State of the Art: EDI

Title: Disparities in Diabetes Technology: An Evidence-based Roadmap to Equity

Description:

In this webinar, we will discuss multi-factorial drivers of disparities in pediatric type 1 diabetes with a specific focus on the role of diabetes technology utilization. We will cover evidence-based solutions to address disparities relevant to clinicians and researchers alike. We will also discuss emerging technology disparities and system-level solutions to mitigate new disparities.

Learning Objectives

  1. Recognize diabetes technology as a modifiable risk factor in type 1 diabetes and identify populations at risk of inequitable diabetes care.
  2. Illustrate how diabetes technology is underutilized in minoritized populations and is subject to inequity.
  3. Recognize ways to identify and mitigate inequities in diabetes technology use.

Speaker: Ananta Addala, DO, MPH, Assistant Professor of Pediatrics at Stanford University

View Recording

 

Podcast Club

The Immortal Life of Henrietta Lacks

Tuesday, October 14, 2025, 8:00pm Eastern time

We’re excited to announce that we will be discussing The Immortal Life of Henrietta Lacks and its related podcast.

The Immortal Life of Henrietta Lacks

Join us for robust discussion: https://zoom.us/meeting/register/fyPzlN_JSh-h1ydgUzTuaw

The Immortal Life of Henrietta Lacks

How one woman, without her knowing, may have saved us all.

 

 

 

 

Additional EDI Resources of Interest

PES Addressing Health Disparities Research Grant

Each year we solicit applications for the Addressing Health Disparities Research Grant. The Purpose of this grant is to support the development of research and education in equity, diversity and inclusion involving pediatric endocrinology that will enhance pediatric endocrinologists’ ability to understand the needs of their patients and colleagues and deliver more equitable and inclusive education and services to a diverse population of trainees, colleagues, and patients. The current open call will close December 16, 2024!

Click here for more information

PES Cookbook Initiative

On behalf of The Health Systems Disparity Committee Committee of The Pediatric Endocrine Society, we are very pleased to inform the PES membership of a new initiative: The “PES Community Cooking Initiative.”

Each day is a new opportunity for us to eat healthily. We are creating a PES Cultural Cookbook, a collection of culturally diverse recipes. Please share your favorite recipes here https://pedsendo.org/pes-cooking-initiative/ it can vary from a family recipe from your ancestors or one you have invented yourself.  We believe this initiative will help us understand our history, diversity, interactions, cultures, and traditions.  Please include carbohydrate counting information with your recipe.

Click here for recipes.

GET INVOLVED!

Email Info@pedsendo.org if you are interested in getting involved!