RT Book, Section
A1 Grippi, Michael A.
A1 Elias, Jack A.
A1 Fishman, Jay A.
A1 Kotloff, Robert M.
A1 Pack, Allan I.
A1 Senior, Robert M.
A1 Siegel, Mark D.
SR Print(0)
ID 1122354737
T1 Physiological Principles of Normal Lung Function
T2 Fishman's Pulmonary Diseases and Disorders, 5e
YR 2015
FD 2015
PB McGraw-Hill Education
PP New York, NY
SN 978-0-07-179672-9
LK accessmedicine.mhmedical.com/content.aspx?aid=1122354737
RD 2024/04/19
AB References1.Mead  J,  Takishima  T,  Leith  D.  Stress  distribution  in  lungs:  a  model  of  pulmonary  elasticity.  J  Appl  Physiol.  1970;28:596–608.5442255[PubMed:  ]2.Milic-Emili  J,  Mead  J,  Turner  JM,  Glauser  EM.  Improved  technique  for  estimating  pleural  pressure  from  esophageal  balloons.  J  Appl  Physiol.  1964;19:207–211.14155283[PubMed:  ]3.Roussos  C,  Zakynthinos  S.  Respiratory  muscle  energetics.  In:  Roussos  C,  ed.  The  Thorax.  2nd  ed.  Part  A.  New  York,  NY:  Marcel  Dekker  Inc.;  1995:681–749.4.Altose  MD,  Crapo  RO,  Wanner  A.  The  determination  of  static  lung  volumes.  Report  of  the  section  on  respiratory  pathophysiology.  Chest.  1984;86:471–474.6468010[PubMed:  ]5.Leith  DE,  Mead  J.  Mechanisms  determining  residual  volume  of  the  lungs  in  normal  subjects.  J  Appl  Physiol.  1967;23:221–227.6031192[PubMed:  ]6.Gibson  GJ,  Pride  NB.  Lung  distensibility:  The  static  pressure-volume  curve  of  the  lungs  and  its  use  in  clinical  assessment.  Br  J  Dis  Chest.  1976;70:143–184.791334[PubMed:  ]7.Turner  JM,  Mead  J,  Wohl  ME.  Elasticity  of  human  lungs  in  relation  to  age.  J  Appl  Physiol.  1968;25:664–671.5727191[PubMed:  ]8.Hoppin  FG  Jr,  Stothert  JC  Jr,  Greaves  IA,  Lai  YL,  Hildebrandt  J.  Lung  recoil:  elastic  and  rheological  properties.  In:  Macklem  PT,  Mead  J,  eds.  Handbook  of  Physiology.  Section  3,  The  Respiratory  System,  Vol  3  Part  1,  Bethesda,  MD:  American  Physiological  Society;  1986:195–216.9.Marshall  R,  Widdicombe  JG.  Stress  relaxation  of  the  human  lung.  Clin  Sci.  1961;20:19–31.13767232[PubMed:  ]10.Van  Golde  LMG,  Batenberg  JJ,  Robertson  B.  The  pulmonary  surfactant  system:  biochemical  aspects  and  functional  significance.  Physiol  Rev.  1988;68:374–455.3282243[PubMed:  ]11.Bachofen  H,  Hildebrandt  J,  Bachofen  M.  Pressure-volume  curves  of  air-  and  liquid-filled  excised  lungs  surface  tension  in  situ.  J  Appl  Physiol.  1970;29:422–431.4990020[PubMed:  ]12.Clements  JA.  Surface  phenomena  in  relation  to  pulmonary  function.  Physiologist.  1962;5:11–28.13879904[PubMed:  ]13.Whitsett  JA,  Weaver  TE.  Hydrophobic  surfactant  proteins  in  lung  function  and  disease.  N  Engl  J  Med.  2002;347:2141–2148.12501227[PubMed:  ]14.Prange  HD.  Laplace's  law  and  the  alveolus:  a  misconception  of  anatomy  and  a  misapplication  of  physics.  Advan  Physiol  Educ.  2003;27:34–40.15.Zidulka  A,  Sylvester  JT,  Nadler  S,  Anthonisen  NR.  Lung  interdependence  and  lung–chest  wall  interaction  of  sublobar  units  in  pigs.  J  Appl  Physiol  Respir  Environ  Exerc  Physiol.  1979;46:8–13.378918[PubMed:  ]16.Menkes  HA,  Traystman  RJ.  Collateral  ventilation.  Am  Rev  Respir  Dis.  1977;116:287–309.889177[PubMed:  ]17.Weibel  ER.  Functional  morphology  of  lung  parenchyma.  In:  Macklem  PT,  Mead  J,  eds.  Handbook  of  Physiology.  Section  3,  The  Respiratory  System,  Vol  3,  Part  I.  Bethesda,  MD:  American  Physiological  Society;  1986:80–112.18.Stamenovic  D.  Micromechanical  foundations  of  pulmonary  elasticity.  Physiol  Rev.  1990;70:1117–1134.2217556[PubMed:  ]19.D'Angelo  E,  Agostoni  E.  Statics  of  the  chest  wall.  In:  Roussos  C,  ed.  The  Thorax.  2nd  ed.  Part  A.  New  York,  NY:  Marcel  Dekker,  Inc.;  1995:457–493.20.Heaf  PJD,  Prime  FJ.  The  compliance  of  the  thorax  in  normal  human  subjects.  Clin  Sci  (Lond).  1956;15:319–327.13356562[PubMed:  ]21.Konno  K,  Mead  J.  Measurement  of  separate  volume  changes  of  rib  cage  and  abdomen  during  breathing.  J  Appl  Physiol.  1967;22:407–422.4225383[PubMed:  ]22.Sharp  JT,  Goldberg  NB,  Druz  WS,  Danon  J.  Relative  distributions  of  rib  cage  and  abdomen  to  breathing  in  normal  subjects.  J  Appl  Physiol.  1975;39:608–618.1194152[PubMed:  ]23.Rahn  H,  Otis  AB,  Chadwick  LE,  Fenn  WO.  The  pressure-volume  diagram  of  the  thorax  and  lung.  Am  J  Physiol.  1946;146:161–178.20982947[PubMed:  ]24.Drazen  JM,  Loring  SH,  Ingram  RH  Jr.  Distribution  of  pulmonary  resistance:  effect  of  gas  density,  viscosity  and  flow  rate.  J  Appl  Physiol.  1976;41:388–395.965308[PubMed:  ]25.Ferris  BG  Jr,  Mead  L,  Opie  LH.  Partitioning  of  ...