BercheC.AubryF.LanglaisC.VitauxJ.ParmentierC.Di PaolaR.: Diagnostic value of transverse axial tomoscintigraphy for the detection of hepatic metastases. Results on 53 examinations and comparison with other diagnostic techniques. Europ. J. Nucl. Med.6 (1981), 435.
2.
BowleyA. R.TaylorC. G.CauserD. A.BarberD. C.KeyesW. I.UndrillP. E.CorfieldJ. R.MallardJ. R.: A radioisotope scanner for rectilinear arc, transverse section and longitudinal section scanning. Brit. J. Radiol.46 (1973), 262.
3.
CarrillJ. M.MacDonaldA. F.DendyP. P.KeyesW. I.UndrillP. E.MallardJ. R.: Cranial scintigraphy. Value of adding emission computed tomographic sections to conventional pertechnetate images (512 cases). J. Nucl. Med.20 (1979), 1117.
4.
ChesserR.GemmellH. G.: The interfacing of a gamma camera to a DEC gamma-11 data processing system for single photon emission tomography. Phys. Med. Biol.27 (1982), 437.
5.
DendyP. P.McNabJ. W.MacDonaldA. F.KeyesW. I.CarrillJ. M.: An evaluation of transverse axial emission tomography of the brain in the clinical situation. Brit. J. Raidol.50 (1977), 555.
6.
DendyP. P.KeyesW. I.ReidA.UndrillP. E.SmithF. W.MallardJ. R.MacDonaldA. F.: A clinical trial of the value of a tomographic section view to identify liver abnormalities by radionuclide imaging, with special reference to metastatic disease. Europ. J. Nucl. Med.6 (1981), 51.
7.
FlowerM. A.RoweR. W.WebbS.KeyesW. I.: A comparison of three systems for performing single photon tomography. Phys. Med. Biol.26 (1981), 671.
8.
MetzC. E.: Basic principles of ROC analysis. Sem. Nucl. Med.8 (1978), 283.
9.
RogersW. L.ClinthorneN. H.HarknessB. A.KoralK. F.KeyesJ. W.Jr: Field-blood requirements for emission computed tomography with an Anger camera. J. Nucl. Med.23 (1982), 162.
