Southlake Endocrinology: Do-Eun Lee, MD in Southlake

Description

Southlake Endocrinology: Do-Eun Lee, MD, is a premier endocrinology practice in Southlake, Texas, founded by board-certified endocrinologist Do-Eun Lee, MD. She cares for adults of all ages in a warm, nurturing atmosphere. 

Dr. Lee earned her medical degree with the highest honors from Seoul National University College of Medicine in Seoul, South Korea. She completed her fellowship in endocrinology at an NYU affiliated hospital in Long Island, New York, and a research fellowship at Albert Einstein College of Medicine in New York City.

Dr. Lee also completed a residency in internal medicine at Jacobi Medical Center, a teaching affiliate of Albert Einstein College of Medicine. She is board-certified in endocrinology, diabetes, and metabolism, as well as internal medicine. Dr. Lee has completed and published numerous research studies in prestigious medical journals. 

As a private practice, Southlake Endocrinology PLLC: Do-Eun Lee, MD, takes an individualized, minimalist approach to caring for patients. Dr. Lee is outcome-driven and aggressive when necessary to ensure the best results for her patients. 

She really listens to them and gives patients a voice in their care. When necessary, Dr. Lee hurdles through insurance barriers to get patients the medications they need with maximum coverage. She’s willing to do anything for the benefit of her patients.

Patients with diabetes, hypothyroidism, and other thyroid disorders, as well as osteoporosis, testosterone deficiency, obesity, and polycystic ovarian syndrome (PCOS), can rely on Dr. Lee for superior care.

She offers endocrinology consultations, pump therapy (Tandem®, Omnipod®, Medtronic®), glucose sensor therapy (Libre, DexcomDexcom), and radiofrequency ablation for benign thyroid nodules. Dr. Lee also provides GLP-1RA therapy for diabetes and weight loss, bariatric medicine, blood pressure monitoring, and Evenity®, Prolia®, or Tymlos® medication for osteoporosis.

To get treated for hormone-related problems and