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Original Research

Functionally induced changes in water transport in the proximal tubule segment of rat kidneys

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Pages 73-84 | Published online: 14 Apr 2011

References

  • MaunsbachABObservations on segmentation of the proximal tubule in the rat kidneyUltrastruct Res196616239245
  • NielsenSSmithBLChristensenEIKnepperMANielsenFChip 28 water channels are located in constitutively water-permeable segments of the nephronJ Cell Biol19931203713837678419
  • MaunsbachABMarplesDChinEAquaporin-1 water channel expression in human kidneyJ Am Soc Nephrol19978358360
  • AgrePKingLSYasuiMAquaporin water channels – from atomic structure to clinical medicineJ Physiol200254231612096044
  • HanssenOEarly post mortem renal changes studied in mice with one kidney exteriorized. 2. The functional and the early post mortem morphology of the kidneyActa Pathol Microbiol Scand19604928732014399634
  • HegedüsVFaarupPThe cortical volume of the normal human kidney. Correlated angiographic and morphological studiesActa Radiol Diagn197212481496
  • FaarupPSaelanHRyoeGCorrelation between tubules and capillaries and size of interstitial space in the functioning rat kidneyActa Pathol Microbiol Scand A1971796076164941734
  • TuneBMBurgMBGlucose transport by proximal renal tubulesAm J Physiol19712215805855560310
  • SchultzSGFuiszRECurranPFAmino acid and sugar transport in rabbit ileumJ Gen Physiol1966498498665961355
  • CsakyTZEspositoGOsmotic swelling of intestinal epithelial cells during active transport of sugarsAm J Physiol19692177537555807697
  • ArmstrongWMDMusselmanDLReitzugHCSodium, potassium and water content of isolated bullfrog small intestinal epitheliumAm J Physiol1970219102310265459462
  • SteinhausenMEisenbachGGalaskeRA counter-current system of the surface of the renal cortex of ratsPflügers Arch1970318244258
  • FaarupPHolstein-RathlouNHHegedüsVStructural evidence for counter-current flow in proximal tubules versus peritubular capillaries in the rat kidneyAPMIS200010877978411211973
  • FaarupPHolstein-RathlouNHNørgaardTHegedüsVEarly segmental changes in ischemic acute tubular necrosis of the rat kidneyAPMIS200411219220015153161
  • DrummondGBReporting ethical matters in The Journal of Physiology: Standards and adviceJ Physiol200958771371919218620
  • BulgerRELorentzWBJrColindresREGottschalkCWMorphologic changes in rat renal proximal tubules and their tight functions with increased intraluminal pressureLab Invest197430136144
  • EvanAPBakerVTBengeleHHZonulae occludentes of the rat nephron under conditions of experimental expansion of blood and/or fluid volumeAnat Rec1976186139150984471
  • LorenzWBLassiterWEGottschalkCWRenal tubular permeability during increased intrarenal pressureJ Clin Invest1972514844925011096
  • CelsiGLarssonLAperiaAProximal tubular reabsorption and Na-K-ATPase activity in remnant kidney of young ratsAm J Physiol1986251F588F5933020995
  • LiuFYCoganMGRectorFCJAxial heterogeneity in the rat proximal convoluted tubule. II. Osmolality and osmotic water permeabilityAm J Physiol1984247F822F8266496748
  • LameireNHLifschitzMDSteinJHHeterogeneity of nephron functionAnn Rev Physiol197739159184322596
  • KritzWKaisslingBStructural organization of the mammalian kidneySeldinDWGiebischGThe Kidney, Physiology and PathophysiologyNew York, NYRaven Press1985
  • TreeckBAuklandKEffect of L-NAME on glomerular filtration rate in deep and superficial layers of rat kidneysAm J Physiol1997272 (3 Pt 2)F312F3189087673
  • GottschalkCWMylleMMicropuncture study of pressures in proximal tubules and peritubular capillaries of the rat kidney and their relation to ureteral and renal venous pressuresAm J Physiol195618543043913327061
  • StarlingEHOn the absorption of fluids from the connective tissue spacesJ Physiol (Lond)189619312326