The Endocrine Self-Assessment Program (ESAP™) is a comprehensive educational resource designed to support clinicians and healthcare professionals in keeping up-to-date with the latest advancements and best practices in the field of endocrinology. ESAP 2023 is accessible in both print and online formats, providing you with the flexibility to study at your convenience, whether at home or on your preferred schedule.
ESAP is regularly updated with new questions and syllabus materials, offering interactive modules and a collection of 120 case-based questions. Each question is accompanied by detailed answer rationale, covering a broad spectrum of areas within endocrinology, diabetes, and metabolism. Furthermore, ESAP enables you to assess your knowledge and pinpoint areas for improvement by comparing your performance with peers and accessing a comprehensive overall performance report.
ESAP 2023 encompasses a wide range of topics that are pertinent to the clinical practice of endocrinology, including:
Adrenal Disorders
Calcium and Bone Disorders
Diabetes and Glucose Metabolism
Female Reproduction
Male Reproduction
Obesity and its Relationship to Lipids and Nutrition
Pituitary and Neuroendocrine Disorders
Thyroid Disorders
Upon successful completion of this educational program, participants will be proficient in:
Recognizing the clinical manifestations of endocrine and metabolic disorders and selecting from the current diagnostic, management, and therapeutic options available.
Identifying risk factors associated with endocrine and metabolic disorders and devising effective prevention strategies.
Evaluating the endocrine and metabolic implications of systemic disorders.
Utilizing available resources, including clinical guidelines and treatment recommendations, to guide the diagnosis and treatment of endocrine and related metabolic disorders.
ESAP 2023 is designed to enhance the knowledge and expertise of healthcare professionals in the realm of endocrinology, empowering them to provide optimal care and stay at the forefront of this dynamic field.
