TY - JOUR
AU - Wang , , Zhengdong
AB -  Robert H. Notier1·2·3 and Zhengdong Wang1 Departments of Pediatrics*, Environmental Medicine1, and Chemical Engineering, University of Rochester, School of Medicine. Rochester, New York 14642, U.SA. TABLE OF CONTENTS I. INTRODUCTION Π. LUNG SURFACTANT AND ITS ACTIONS Π.Ι. The existence of pulmonary surfece tension forces Π.2. Surface tension and alveolar stability Π.3. Discovery of lung surfactant Π.4. Lung surfactant and the type Πpneumocyte Π.5. Overview of lung surfactant composition Π.6. ysiological functions of lung smiactant Π.7. Pulmonary mechanics and hing surfactant activity H.o. SUTQOC 8CUV& properties Pffixfed Dy niDff fliriflcte^t Π.9. Theoretical models of lung surfactant surface behavior ΙΠ. COMPONENT BASIS OF LUNG SURFACTANT FUNCTION ΙΠ. 1. Functional composition of hing surfactant ΙΠ.2. Lung surfactant osolipids and proteins ΙΠ.3. Component roles in surface activity a Intertacial and bioysical methodologies b. Common lung surfactant materials studied Vol. 13, No. 4, 1997 c. Overall roles of surfactant osolipids and proteins in surface activity d Roles of different osolipid classes in surface activity e. Roles of different lung surfactant proteins in surface activity f. Actions of lung surfactant proteins on osolipids at the molecular level IV. LUNG SURFACTANT 
TI - PULMONARY SURFACTANT: PHYSICAL CHEMISTRY, PHYSIOLOGY, AND REPLACEMENT
JF - Reviews in Chemical Engineering
DO - 10.1515/REVCE.1997.13.4.1
DA - 1997-12-01
UR - https://www.deepdyve.com/lp/de-gruyter/pulmonary-surfactant-physical-chemistry-physiology-and-replacement-yPlfQNzw3o
SP - 1
VL - 13
IS - 4
DP - DeepDyve
ER -