HopkinsL.L., MoreH.E.Vanadium as an essential nutrient.Federation Proc1974; 33: 1773–5.
2.
WhangerP.D., WeswingP.H.Influence of 19 elements on development of liver necrosis in selenium and vitamin E defecient rats.Nutr Rep1978; 18: 421–7.
3.
UnderwoodE.J.Trace elements in human and animal nutrition.New York: 3rd Academic Press, New York 1971; 416–24.
4.
CantleyL.E., JosephsonL., WarnerR.Vanadate is a potent (Na, K) - ATPase inhibitor found in ATP derived from muscle.J Biol Chem1977; 252: 7421–3.
5.
BeaugeL., GlynnI.M.Commercial ATP containing traces of vanadate alters response of (Na+ + K+) ATPase to external potassium.Nature1978; 272: 551–2.
6.
ByrneA.R., KostaL.Vanadium in foods and in human body fluids and tissues.Sci Total Enrivon1978; 10: 17–30.
7.
CormeliesR., VersieckJ., MeesL.The ultratrace element vanasium in Res. human serum.Biol Trace Element Res1981; 3: 257–63.
8.
SimonoffM., LlabadorY., PeersA.Vanasium in human serum, as determined by neutron activation analysis.Clin Chem1984; 30: 1700–3.
9.
VersieckJ., CornellsR.Normal levels of trace elements in human blood plasma or serum.Anal Chim Acta1980; 116: 217–54.
10.
HopkinsL.L., MohrH.E.Biological essentiality of vanadium. In: MertzW., CornatzerW.E., eds. New trace elements in nutrition.New York: Dekker, 1971; 195–223.
11.
ErdmannE.Cardiac effects of vanadate.Basic Res Cardial1980; 75: 411–77.
12.
BenabeJ.E., Cruj-SotoM.A., Martinej-MaldonadoM.Critical role of extracellular calcium in vanadate-induced renal vasoconstriction.Am J Physiol1984; 246: F317–22.
13.
SchwarjkK.A., MilneD.B.Growth effects of vanadium in the rat.Science1971; 174: 426–8.
14.
NelsonT.S., GillsM.B., PeelerH.T.Studies on the effect of vanadium of chick growth.Poult Sci1962; 41: 519–22.
15.
NielsenF.H.Possible functions and medical significance of the abstruse trace metals.ACS Symp Ser1980; 140: 23–42.
16.
NielsenF.H.Dietary copper, cystine and methonine affects vanadium in the rats.Proc Nas1984; 38: 57.
17.
HillC.H.The effect of dietary protein levels on mineral toxicity in the chick.J Nutr1979; 109: 501–7.
18.
HillC.H.The effect of iron and zinc on metal toxicities in the chick (Abstract).Federation Proc1983; 42: 1136.
19.
NielsenF.H., UrichK., UthusE.O.Interactions among vanadium, iron and cystine in rats. Growth, blood parameters and organ wt/body wt ratio.Biol Trace Element Res1984; 6: 117–32.
20.
ChasteenN.D.The biochemistry of vanadium.Struct Bonding1983; 53: 105–38.
21.
SwarupG., CohenS., GarbersD.L.Inhibition of membrane phosphotyrosyl-protein phosphatase activity by vanadate.Biochem Biophys Res Comm1982; 107: 1104–9.
22.
NorthP., PostR.L.Inhibition of (Na, K) -ATPase by tetravalent vanadium.J Biol Chem1984; 259: 4971–8.
23.
PaiE.F., SachsenheimerW., SchirmerR.H.Substrate positions and induced fit in Crystalline adenylate kinase.J Mol Biol1977; 114: 37–45.
24.
HuangW.H., AskariA.Simultaneous findings of ATPase and vanadate to (Na+ + K+) ATPase.J Biol Chem1981; 259: 13287–91.
25.
DuxL., MartonosiA.Two-dimensional arrays of protein in sarcoplastic reticulum and purified Ca2+ - ATPase vesicles treated with vanadate.J Biol Chem1983; 258: 2599–603.
26.
JosephsonL., CantleyL.C.Isolation of a potent (Na-K) ATPase inhibitor from striated muscle.Biochemistry1977; 16: 4572–8.
27.
WatersM.D.Toxicology of vanadium.Adv Mod Toxicol1977; 2: 147–89.
28.
HammondP.B., BelilesR.P.Metals. In: DoullJ., KlassenC.D., AmdurM.O., eds. Toxicology. The basic science of poisons.New York: Macmillan, 1980; 409–67.
29.
TajiriM., HirasawaY.Vanadium retention and its possible toxic effects on membrane transports in uremic patients.Jap J Nephrol1985; 27: 107–12.
