Picture

Northwestern Medicine
​Breakthroughs for Physicians

​​
  • Home
  • Specialties
    • Cardiovascular >
      • Research
      • Clinical Breakthroughs
      • News
    • Endocrinology >
      • Clinical Breakthroughs In Endocrinology
      • Research In Endocrinology
      • News
    • ENT (Otolaryngology) >
      • Clinical Breakthroughs
      • Research
      • News
    • Gastroenterology >
      • Clinical Breakthroughs
      • Research
      • News
    • Geriatrics >
      • Clinical Breakthroughs
      • Research
      • News
    • Neurosciences >
      • Rare and Complex Brain Tumors
      • Research
      • COVID-19 and Neurosciences
      • News
      • Clinical Breakthroughs
    • OB-GYN >
      • Clinical Breakthroughs
      • Research
      • News
    • Oncology >
      • Clinical Breakthroughs
      • Research
      • News
    • Ophthalmology >
      • Clinical Breakthroughs
      • Research
      • News
    • Organ Transplant >
      • Clinical Breakthroughs
      • Research
      • News
    • Orthopaedics >
      • Clinical Breakthroughs
      • Research
      • News
    • Psychiatry >
      • Clinical Breakthroughs
      • Research
      • News
    • Pulmonary >
      • Clinical Breakthroughs
      • Research
      • News
    • Rehabilitation >
      • Clinical Breakthroughs
      • News
    • Rheumatology >
      • Clinical Breakthroughs
      • Research
      • News
    • Urology >
      • Clinical Breakthroughs
      • Research
      • News
  • CME
  • REFERRALS
    • Refer to NM Cardiovascular
    • Refer to NM Neurosciences
    • Refer to Other Specialties

< NEWS IN NEPHROLOGY

April 2023

NEPHROLOGY

NORTHWESTERN MEDICINE NEPHROLOGY WELCOMES NEW FACULTY

Featuring: Joo-Seop Park, PhD, Eunah Chung, PhD

Northwestern Nephrology is pleased to welcome Joo-Seop Park, PhD and Eunah Chung, PhD, to the Division of Nephrology and Hypertension.

The Park lab studies how stem/progenitor cells differentiate into specific cell types using the mouse kidney as a model system. The nephron, the functional unit of the kidney, is composed of at least 15 distinct cell types. Since all of the cell types found in the nephron originate from the common nephron progenitor cells, the mouse kidney serves as an excellent system to study cell fate decisions of stem/progenitor cells. We aim to (1) determine the roles of developmental signaling pathways (Wnt, Notch, Tgf/Bmp, Fgf, Hedgehog, and retinoic acid) in nephron formation, (2) identify transcription factors that define cell identities for each cell type found in the nephron, and (3) elucidate how these transcription factors coordinate with signaling pathways in gene regulatory networks. Understanding how multipotent nephron progenitors develop into different nephron segments will not only help build functional nephrons in vitro for potential cell/tissue replacement therapy but also provide insight into how cellular identities are maintained in healthy kidneys and disrupted in diseased or injured kidneys.

This article was originally published in the Feinberg School of Medicine News Center .
Joo-Seop Park, PhD headshot
Joo-Seop Park, PhD is a graduate of Seoul National University where he studied Pharmacy and Biochemistry. He attended Cornell University, where he earned his PhD in Biochemistry and was a Postdoc at Havard University where he was mentored by Andrew P. McMahon, PhD.
Eunah Chung, PhD headshot
Eunah Chung, PhD ​is a graduate of Seoul National University and Cornell University. After postdoctoral work at Harvard Medical School, she went on to Cincinnati Children’s Hospital to study the mechanisms of kidney development. She is currently Research Associate Professor in the Division of Nephrology and Hypertension at Northwestern University Feinberg School of Medicine, where she continues her investigation on kidney development and disease. In the mammalian kidney, mesenchymal nephron progenitors develop into the many different types of epithelial cells found in the nephron. Dr. Chung, working with Dr. Joo-Seop Park, focuses on how signaling pathways and gene expression control cell identity and kidney development.

Refer a Patient

Northwestern Medicine welcomes the opportunity to partner with you in caring for your patients. ​
Call 844.344.6663
Find an NM Nephrologist

You May Also Like

Video still of Pinelopi Kapitsinou, MD

December 2020

NEPHROLOGY
Exploring Molecular Mechanisms of Kidney Disease
Illustration  of kidneys

June 2020

NEPHROLOGY
Study Reveals Molecular Mechanisms Behind Genetic Kidney Disease
Susan Quaggin, MD, FRCP(C), FASN headshot

June 2019

NEPHROLOGY
Bioengineered Organs and Kidney Diseases with Susan Quaggin, MD

Northwestern Medicine Breakthroughs for Physicians

About Us     Terms of Use     Privacy Policy     How to Vote for U.S. News & World Report Best Hospitals
© 2025 Northwestern Medicine® and Northwestern Memorial HealthCare. 
Northwestern Medicine® is a trademark of Northwestern Memorial HealthCare, used by Northwestern University
Connect with us
[email protected]
International physicians, contact [email protected]
  • Home
  • Specialties
    • Cardiovascular >
      • Research
      • Clinical Breakthroughs
      • News
    • Endocrinology >
      • Clinical Breakthroughs In Endocrinology
      • Research In Endocrinology
      • News
    • ENT (Otolaryngology) >
      • Clinical Breakthroughs
      • Research
      • News
    • Gastroenterology >
      • Clinical Breakthroughs
      • Research
      • News
    • Geriatrics >
      • Clinical Breakthroughs
      • Research
      • News
    • Neurosciences >
      • Rare and Complex Brain Tumors
      • Research
      • COVID-19 and Neurosciences
      • News
      • Clinical Breakthroughs
    • OB-GYN >
      • Clinical Breakthroughs
      • Research
      • News
    • Oncology >
      • Clinical Breakthroughs
      • Research
      • News
    • Ophthalmology >
      • Clinical Breakthroughs
      • Research
      • News
    • Organ Transplant >
      • Clinical Breakthroughs
      • Research
      • News
    • Orthopaedics >
      • Clinical Breakthroughs
      • Research
      • News
    • Psychiatry >
      • Clinical Breakthroughs
      • Research
      • News
    • Pulmonary >
      • Clinical Breakthroughs
      • Research
      • News
    • Rehabilitation >
      • Clinical Breakthroughs
      • News
    • Rheumatology >
      • Clinical Breakthroughs
      • Research
      • News
    • Urology >
      • Clinical Breakthroughs
      • Research
      • News
  • CME
  • REFERRALS
    • Refer to NM Cardiovascular
    • Refer to NM Neurosciences
    • Refer to Other Specialties