Skip Navigation Genome.gov - National Human Genome Research InstituteGenome.gov - National Human Genome Research InstituteGenome.gov - National Human Genome Research InstituteNational Institutes of Health
   
       Home | About NHGRI | Newsroom | Staff
Research Grants Health Policy & Ethics Educational Resources Careers & Training
Division of Intramural Research

Overview
Organizational Chart
Research Branches
Cancer Genetics Branch
Genetic Disease Research Branch
Genetics & Molecular Biology Branch
Genome Technology Branch
Inherited Disease Research Branch
Medical Genetics Branch
Social and Behavioral Research Branch
Research Investigators
Profiles, publications, links
Clinical Research
Clinical trials, patient recruitment, IRB, FAQ, Overview
NHGRI Affiliated Centers
CIDR, NCGC, NISC
Online Research Resources Developed at NHGRI
Databases, software, tools, more.
Division of Intramural Research Calendar
Workshops, conferences, seminar series, courses, more.
Books and Publications



In Other Sections:

Office of Intramural Management

Intramural Training Office

Office of Laboratory Animal Medicine

Technology Transfer Office

Training Programs




Home>Research>Intramural Research>Research Investigators >Milgram Lab
Print Version

Sharon L. Milgram

Sharon L. Milgram, Ph.D.

Adjunct Investigator
National Human Genome Research Institute

Senior Investigator
National Heart, Lung, and Blood Institute

B.S. Temple University, 1984
Ph.D. Emory University, 1991
phone (301) 594-2053
fax (301) 402-0483
e-mail milgrams@od.nih.gov
Building 2, Room 2E04
2 Center Dr, MSC 0240
Bethesda, MD 20892-0240
Selected Publications



Dr. Milgram studies cell signaling and protein trafficking in polarized cells, including kidney and airway epithelial cells. Epithelial cells form a lining at the surface of the skin and along membranes within the body. This lining is essential for cell defense, nutrient absorption and ion transport. Her research group investigates how the topmost (or apical) membrane receptors regulate the activity of ion channels, including the epithelial sodium channel (ENaC) and the cystic fibrosis transmembrane conductance regulator (CFTR) chloride channel.

Focused initially on the airway epithelium, Dr. Milgram's research program has now expanded to study other epithelial cells and model systems, including the kidney and gastrointestinal tract. Her laboratory's findings suggest that receptors, signaling intermediates and effectors are compartmentalized into regulatory complexes that increase the fidelity and efficiency of cell signaling. These studies utilize diverse approaches, ranging from in vitro biochemical assays to physiological assays in knock-out mice.

Top of page

Last Reviewed: June 30, 2008



PrivacyCopyrightContactAccessibilitySite MapStaff DirectoryFOIAHome Department of Health and Human Services  National Institutes of Health  USA.gov