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Results: 1-17 |
Results: 17
UPTAKE OF ALUMINUM AND GALLIUM INTO TISSUES OF THE RAT - INFLUENCE OFANTIBODY AGAINST THE TRANSFERRIN RECEPTOR
Authors: RADUNOVIC A DELVES HT BRADBURY MWB
Citation: A. Radunovic et al., UPTAKE OF ALUMINUM AND GALLIUM INTO TISSUES OF THE RAT - INFLUENCE OFANTIBODY AGAINST THE TRANSFERRIN RECEPTOR, Biological trace element research, 62(1-2), 1998, pp. 51-64
UPTAKE OF GA-67 INTO RAT CEREBRAL HEMISPHERE AND CEREBELLUM - COMPARISON WITH FE-59
Authors: RADUNOVIC A HABGOOD MD BRADBURY MWB
Citation: A. Radunovic et al., UPTAKE OF GA-67 INTO RAT CEREBRAL HEMISPHERE AND CEREBELLUM - COMPARISON WITH FE-59, BioMetals, 10(4), 1997, pp. 343-349
UPTAKE OF 26-AL AND 67-GA INTO BRAIN AND OTHER TISSUES OF NORMAL AND HYPOTRANSFERRINAEMIC MICE
Authors: RADUNOVIC A UEDA F RAJA KB SIMPSON RJ TEMPLAR J KING SJ LILLEY JS DAY JP BRADBURY MWB
Citation: A. Radunovic et al., UPTAKE OF 26-AL AND 67-GA INTO BRAIN AND OTHER TISSUES OF NORMAL AND HYPOTRANSFERRINAEMIC MICE, BioMetals, 10(3), 1997, pp. 185-191
AMS MEASUREMENTS TO STUDY UPTAKE AND DISTRIBUTION OF AL-26 IN MICE AND THE ROLE OF THE TRANSFERRIN RECEPTOR IN ALUMINUM ABSORPTION MECHANISMS
Authors: BARKER J TEMPLAR J KING SJ DAY JP BRADBURY MWB RADUNOVIC A UEDA F RAJA K LILLEY JS DRUMM PV
Citation: J. Barker et al., AMS MEASUREMENTS TO STUDY UPTAKE AND DISTRIBUTION OF AL-26 IN MICE AND THE ROLE OF THE TRANSFERRIN RECEPTOR IN ALUMINUM ABSORPTION MECHANISMS, Nuclear instruments & methods in physics research. Section B, Beam interactions with materials and atoms, 123(1-4), 1997, pp. 275-278
TRANSPORT OF IRON IN THE BLOOD-BRAIN-CEREBROSPINAL FLUID SYSTEM
Authors: BRADBURY MWB
Citation: Mwb. Bradbury, TRANSPORT OF IRON IN THE BLOOD-BRAIN-CEREBROSPINAL FLUID SYSTEM, Journal of neurochemistry, 69(2), 1997, pp. 443-454
UPTAKE OF TRANSFERRIN-BOUND METALS BY AN IMMORTALIZED RAT-BRAIN ENDOTHELIAL-CELL LINE (RBE4)
Authors: EGLETON RD ABBOTT NJ BRADBURY MWB
Citation: Rd. Egleton et al., UPTAKE OF TRANSFERRIN-BOUND METALS BY AN IMMORTALIZED RAT-BRAIN ENDOTHELIAL-CELL LINE (RBE4), Journal of physiology, 491P, 1996, pp. 34-35
POTENTIAL MECHANISMS OF THE AGE-RELATED-CHANGES IN THE BLOOD-BRAIN-BARRIER
Authors: BRADBURY MWB
Citation: Mwb. Bradbury, POTENTIAL MECHANISMS OF THE AGE-RELATED-CHANGES IN THE BLOOD-BRAIN-BARRIER, Neurobiology of aging, 15(6), 1994, pp. 767-767
BIOLOGICAL CHEMISTRY OF ALUMINUM STUDIED USING AL-26 AND ACCELERATOR MASS-SPECTROMETRY
Authors: DAY JP BARKER J KING SJ MILLER RV TEMPLAR J LILLEY JS DRUMM PV NEWTON GWA FIFIELD LK STONE JOH ALLAN GL EDWARDSON JA MOORE PB FERRIER IN PRIEST ND NEWTON D TALBOT RJ BROCK JH SANCHEZ L DOBSON CB ITZHAKI RF RADUNOVIC A BRADBURY MWB
Citation: Jp. Day et al., BIOLOGICAL CHEMISTRY OF ALUMINUM STUDIED USING AL-26 AND ACCELERATOR MASS-SPECTROMETRY, Nuclear instruments & methods in physics research. Section B, Beam interactions with materials and atoms, 92(1-4), 1994, pp. 463-468
TRANSPORT OF FE2+ INTO BRAIN DURING CEREBROVASCULAR PERFUSION IN THE ANESTHETIZED RAT
Authors: BRADBURY MWB
Citation: Mwb. Bradbury, TRANSPORT OF FE2+ INTO BRAIN DURING CEREBROVASCULAR PERFUSION IN THE ANESTHETIZED RAT, Journal of physiology, 479P, 1994, pp. 160000037-160000037
UPTAKE OF AL-26 AND GA-67 INTO TISSUES OF ANESTHETIZED NORMAL AND HYPOTRANSFERRINAEMIC MICE
Authors: RADUNOVIC A UEDA F RAJA K DAY JP TEMPLAR J BRADBURY MWB
Citation: A. Radunovic et al., UPTAKE OF AL-26 AND GA-67 INTO TISSUES OF ANESTHETIZED NORMAL AND HYPOTRANSFERRINAEMIC MICE, Journal of physiology, 475P, 1994, pp. 160000154-160000154
TRANSPORT OF ZN-65 AT THE BLOOD-BRAIN-BARRIER DURING SHORT CEREBROVASCULAR PERFUSION IN THE RAT - ITS ENHANCEMENT BY HISTIDINE
Authors: BUXANIRICE S UEDA F BRADBURY MWB
Citation: S. Buxanirice et al., TRANSPORT OF ZN-65 AT THE BLOOD-BRAIN-BARRIER DURING SHORT CEREBROVASCULAR PERFUSION IN THE RAT - ITS ENHANCEMENT BY HISTIDINE, Journal of neurochemistry, 62(2), 1994, pp. 665-672
CONTRASTING UPTAKES OF FE-59 INTO SPLEEN, LIVER, KIDNEY AND SOME OTHER SOFT-TISSUES IN NORMAL AND HYPOTRANSFERRINAEMIC MICE - INFLUENCE OF AN ANTIBODY AGAINST THE TRANSFERRIN RECEPTOR
Authors: BRADBURY MWB RAJA K UEDA F
Citation: Mwb. Bradbury et al., CONTRASTING UPTAKES OF FE-59 INTO SPLEEN, LIVER, KIDNEY AND SOME OTHER SOFT-TISSUES IN NORMAL AND HYPOTRANSFERRINAEMIC MICE - INFLUENCE OF AN ANTIBODY AGAINST THE TRANSFERRIN RECEPTOR, Biochemical pharmacology, 47(6), 1994, pp. 969-974
THE BLOOD-BRAIN-BARRIER
Authors: BRADBURY MWB
Citation: Mwb. Bradbury, THE BLOOD-BRAIN-BARRIER, Experimental physiology, 78(4), 1993, pp. 453-472
PERMEABILITY OF THE BLOOD-BRAIN-BARRIER TO LEAD
Authors: BRADBURY MWB DEANE R
Citation: Mwb. Bradbury et R. Deane, PERMEABILITY OF THE BLOOD-BRAIN-BARRIER TO LEAD, Neurotoxicology, 14(2-3), 1993, pp. 131-136
EVIDENCE FOR A DRIVE TO RESPIRATION DURING EXERCISE FROM METABOLIC RECEPTORS WITHIN SKELETAL-MUSCLE OF MAN
Authors: MOOSAVI AH MISTRY P IMMS FJ BRADBURY MWB
Citation: Ah. Moosavi et al., EVIDENCE FOR A DRIVE TO RESPIRATION DURING EXERCISE FROM METABOLIC RECEPTORS WITHIN SKELETAL-MUSCLE OF MAN, Journal of physiology, 467, 1993, pp. 160000069-160000069
TRANSPORT OF TRACE-METALS AT THE BLOOD-BRAIN-BARRIER
Authors: BRADBURY MWB
Citation: Mwb. Bradbury, TRANSPORT OF TRACE-METALS AT THE BLOOD-BRAIN-BARRIER, Journal of neurochemistry, 61, 1993, pp. 190000003-190000003
DETERMINATION OF ALUMINUM IN DIFFERENT TISSUES OF THE RAT BY ATOMIC-ABSORPTION SPECTROMETRY WITH ELECTROTHERMAL ATOMIZATION
Authors: RADUNOVIC A BRADBURY MWB DELVES HT
Citation: A. Radunovic et al., DETERMINATION OF ALUMINUM IN DIFFERENT TISSUES OF THE RAT BY ATOMIC-ABSORPTION SPECTROMETRY WITH ELECTROTHERMAL ATOMIZATION, Analyst, 118(5), 1993, pp. 533-536
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