BargerA. C.: Cortical and medullary blood flow in the kidney. In: Progress in pyelonephritis p. 398. Edited by KassE. H.. F. A. Davis Co., Philadelphia1965.
2.
BertinM.: Mémoire pour servir à l'histoire des reins. Mémoires de l'Academie Royale des Sciences 1744. Quoted by Hou-Jensen.
3.
CollierR. O.SwannH. G.: Relation of kidney size to blood pressure. Amer. J. Physiol.220 (1971), 488.
4.
FriedenbergM. J.BruceJ.WalzA. B. et coll.: Roentgen size of normal kidneys: A computer analysis of 1.286 cases. Radiology84 (1965), 1022.
5.
FaarupP.PetriM.: Peroperative evaluation of the juxtaglomerular apparatus in human kidneys. A rapid frozen-section technique especially applicable to hypertensive patients. Acta path. microbiol. scand.76 (1969), 326.
6.
SælanH.RyöG.: Correlation between tubules and capillaries and size of interstitial space in the functioning rat kidney. Influence of different types of preparationActa path. microbiol. scand. Sect. A.79 (1971), 607.
7.
HanssenO. E.: Early post mortem renal changes studied in mice with one kidney exteriorized. II: The functional and the early post mortem morphology of the kidneyActa path. microbiol. scand.49 (1960), 297.
8.
HauchE.: Om nyrernes anatomi og deres udvikling. (In Danish.) Dissertation, Copenhagen 1901.
9.
HegedüsV.: Three-dimensional estimation of renal shape and volume at angiography. Acta radiol. Diagnosis12 (1972), 87.
10.
HodsonC. J.: Physiological changes in size of the human kidney. Clin. Radiol.12 (1961), 91.
11.
HodsonC. J.CravenJ. D.: The radiology of obstructive atrophy of the kidney. Clin. Radiol.17 (1966), 305.
12.
HodsonC. J.WilsonS.: Natural history of chronic pyelonephritic scarring. Brit. med. J.2 (1965), 191.
13.
Hou-JensenH.: Die Verästelung der Arteria renalis in der Niere des Menschen. Z. Anat. Entwickl.- Gesch.1 (1930), 91.
14.
KarnM. N.: Radiographic measurement of kidney section area. Ann. hum. Genet.25 (1962), 379.
15.
de LeonW.GarciaA.de JesusP. J.: Normal weights of visceral organs in adult Filipinos. Philipp. J. Sci.52 (1933), 406.
16.
LeyssacP. P.: The regulation of proximal tubular reabsorption in the mammalian kidney. Acta physiol. scand. (1966) Suppl. No. 291, p. 62.
17.
LudinH.: Tomographische Bestimmung der Nierengrösse. Fortschr. Röntgenstr.95 (1961), 215.
18.
LudinH.Radiologic estimation of kidney weight. Acta radiol. Diagnosis6 (1967), 561.
19.
MoëllH.: Kidney size and its deviation from normal in acute renal failure. Acta radiol. (1961) Suppl. No. 206.
20.
SchreiberM. H.: Renal artery — Parenchyma ratios in the diagnosis of renovascular hypertension. Amer. J. Roentgenol.96 (1966), 877.
21.
SchultzH.-U.ZimmermannS.: Zur Nierengrösse im Röntgenbild. Z. Urol. Nephrol.58 (1965), 757.
22.
WaldH.: The weight of normal adult human kidneys and its variability. Arch. Pathol.23 (1937), 493.
23.
WojtowiczJ.: Relationship of the surface parameters of the kidney to the size of the renal artery. InvestRadiol.2 (1967), 231.
24.
VuorinenP.AnttilaP.WegeliusU. et coll.: Renal cortical index and other roentgenographic renal measurements. Acta radiol. (1962) Suppl. No. 211.