James Phillips, M.D.

Instructor
Mayo Mail Code 742
420 Delaware Street
Minneapolis, MN  55455
Phone: (612) 626-2916
Fax: (612) 624-0413
phill071@umn.edu

Dr. Phillips joined the University of Minnesota in 2003 as a clinical instructor in Pediatric Pulmonology. He received his M.D. from the University of Oklahoma College of Medicine, Tulsa, in 1993. He completed his residency at the Mayo Clinic, Rochester, MN in 1996 and a fellowship in Pediatric Pulmonology from the University of Minnesota in 2003.

Selected Recent Publications

Manuscripts in Refereed Journals

Moran A, Phillips J, Milla, C: Insulin and Glucose Excursion Following Premeal Insulin Lispro or Repaglinide in Cystic Fibrosis-Related Diabetes . Diabetes Care  24:1706-1710, 2001.

Garner H, Phillips J, Herron J, Severson S, Milla C, Regelmann W: Peroxidase Activity within Circulating Neutrophils Correlates with Pulmonary Phenotype in Cystic Fibrosis. Journal of Laboratory and Clinical Medicine. Accepted for publication.

Book Chapters

Phillips, J and Moran A. Cystic Fibrosis Related Diabetes. Pediatric Diabetes, Editor: Mark Sperling, Publisher: Kluwer Academic Publishers, Norwell, Massachusetts. 2003.

Abstracts

Phillips J, Karmer JC: Twelve Hour Pharmacokinetics and Ototoxicity of Tobramycin in CF. Pediatric Pulmonology  9 (supplement):274, 1993. Poster presentation: CFF 7 th International Conference, Dallas, Texas.

Phillips J, Wangensteen D, Milla C, Regelmann W: A new minimally invasive technique to place agarose beads in the murine airway. American Journal of Respiratory and Critical Care Medicine  165:A509, 2002. Poster presentation: ATS 98 th International Conference, Atlanta, Georgia.

Phillips J, Herron J, Jesserun J, Regelmann W: Airway Delivery of Myeloperoxidase with Glucose Oxidase Bound to Agar Beads Produces Peribronchial Inflammation. Pediatric Pulmonology  24 (supplement):233, 2002. Poster presentation: CFF 16 th International Conference, New Orleans, Louisiana.

Sohn K, Phillips J, Holte J, Warwick W: A New Computational Simulation Model of the Tracheobronchial Network Shows that Peak Velocity of Airflow During Expiration is Greater Than During Inspiration.  Pediatric Pulmonology  25 (supplement):133, 2003. Poster presentation: CFF 17 th International Conference, Anaheim, California.