AbbatucciJ.DutreixA.HarichauxP. et coll.:Etude des modifications hématologiques consécutives à certaines techniques radiothérapiques. Ann. Radiologic1 (1958), 355.
2.
BelcherE. H.HarrisE. B.LamertonL. F.: Turnover studies in the X-irradiated rat. Brit. J. Haematology4 (1958), 390.
3.
BoironM.PaolettiC.TubianaM. et coll.:L'anémie des leucoses aiguës. Sem Hôp.31 (1955), 1123.
4.
BoironM.PaolettiC.TubianaM.PaolettiC. et coll.:La mesure de la production érythrocytaire chez l'homme à l'aide du chrome radioactif. Rev. Hématologic13 (1958), 171.
5.
BothwellT. H.HurtadoA. V.DonohueE. M.FinchC. A.: Erythrokinetics. IV. The plasma iron turnover as a measure of erythropoiesis. Blood12 (1957), 409.
6.
DenstadT.: The radiosensitivity of bone marrow. Acta radiol. (1943) Suppl. No. 52.
7.
FurthJ.AndrewsG. A.StoreyR. H.WishL.: The effect of the irradiation on erythropoiesis, plasma and cell volumes. Sth. med. J.44 (1951), 85.
8.
HennessyT. G.HuffR. L.: Depression of tracer iron uptake curve erythrocytes following total body irradiation. Proc. Soc. exp. biol. Med.73 (1950), 436.
9.
HuffR. L.ElmlingerP. J.GarciaJ. F. et coll.:Ferrokinetics in normal persons and in patients having various erythropoietic disorders. J. Clin. Investig.30 (1951), 1512.
10.
HymanG. A.GellhornA.HarveyJ. L.: Studies on the anemia of disseminated malignant disease. Blood9 (1956), 618.
11.
LawrenceJ. H.DowdyA. H.ValentineW. N.: Effects of radiation on hemopoiesis. Radiology51 (1948), 400.
12.
LinmanJ. W.BethellF. H.: The effect of irradiation on the plasma erythropoietic stimulating factor. Blood12 (1957), 123.
13.
LoefflerK.: Radioiron tracer studies for the evaluation of radiation damage. Amer. J. Roentgenol.77 (1957), 836.
14.
Meeus-BithL.BoironM.PaolettiC. et coll.:Contribution à l'étude physiopathologique des splénomégalies myéloïdes avec myélofibrose. Rev. Hématol.12 (1957). 445.
15.
MaisinH.DunjicA.MaldaoueP.: Queiques utilisations du Fe59 employé comme traceur en radiobiologie. Pathol. Biologie4 (1957), 455.
16.
MaisinH.DunjicA.MaldaoueP. et coll.: Etude à l'aide du Fe59 de l'erythropoïèse de rats irradiés. Nouvellos recherches. C. R. Soc. Biol.150 (1956), 1031.
17.
SchapiraG.TubianaM.Dreyfus et coll.:Recherche sur l'anémie des leucoses aiguës. Métabolisme du Fe59. Rev. Hématol.9 (1954), 3.
18.
SheetsR. F.HamiltonH. E.DegowinE.JanneyC. D.: Studies with inagglutinable erythrocyte counts. V — Spontaneous and X-ray induced hemolysis in malignancy. J. Clin. Invest.33 (1954), 179.
19.
SinclairK. W.: Change in plasma clearance rate and red cell uptake of radioactive iron in patients following total body X irradiation. Int. J. appl. Radiation Isotopes3 (1958), 93.
20.
SohierW. D.JuraniesE.AubJ. C.: Hemolytic anemia, a host response to malignancy. Cancer Res.17 (1957), 767.
21.
StohlmanF.JrCronkiteE. P.BrecherG.: Stimulation of erythropoiesis in irradiated dogs and rats. Proc. Soc. exp. biol. Med.88 (1955), 402.
22.
StohlmanF.JrCronkiteE. P.BrecherG.RathC.RoseJ.: Evidence for a humoral regulation of erythropoiesis. Blood9 (1954), 721.
23.
StewartJ. W.DischeS.: Effect of radiotherapy on bone marrow in ankylosing spondylitis. Lancet1956: II, p. 1063.
24.
SuitH. D.EllisF.OlliverR.: Effect of total body irradiation on iron metabolism in human bone marrow. Brit. J. Radiol.30 (1957), 553.
25.
WaggenerR. E.HuntB. H.: Erythrocyte survival in rabbits after sublethal total body irradiation. Amer. J. Roentgenol.79 (1958), 1050.