DeGrossi, 0., Gotta, H., Olivari,A., Pecorini, V., Chwojnik, A.
Possibilities of using Tc99M in place of radioiodine in thyroid function

studies.
11.

Nuclearmed. 4: 383-390, 1965.

Massin, J.P., Karam, J., Savoie, J.C.

Comparison du technetium 99m

et de l’iode 131 en scintigraphie thyroidienne.

Annales d'‘Endocrin.

31: 962-968, 1970
12.

Steinberg, M., Cavalieri, R.R., Choy, S.H.

Uptake of technetium-99-

pertechnetate in a primary thyroid carcincoma:

evaluating nodules.
13.

need for caution in

J. Clin. Endocr, and Metab. 31: 81-84, 1970

Strauss, H.W., Hurley, P.J., Wagner, H.N. Jr.

Advantages of 99m

pertechnetate for thyroid scanning in patients with decreased radioiodine uptake.
14.

Radiology 97: 307-310, 1970

dos Remedios, L.V., Weber, P.M., Jasko, I.A.

Thyroid scintigraphy in

1000 patients: rational use of 99m7- and 11yz compounds.
12: 673-677, 1971.
15.

J. Nucl. Med.

.

Atkins, H.L., Klopper, J.F., Lambrecht, R. Wolf, A.

99M@re and 123; iy thyroid imaging.

A comparison of

Am. J. Roentgenol; Radium Ther. and

Nucl. Med. 117; 195-201, 1973
16.

Usher, M.S., Arzoumanian, A.Y.

Thyroid nodule scans made with

pertechnetate and iodine may give inconsistent results.

J. Nucl. Med.

12: 137-138, 1971.
17.

Myers, W.

Radioiodine-123 for scanning.

18.

Goolden A., Glass H., Silvester, D.

J. Nucl. Med. 7: 390, 1966.

The choice of a radioactive

isotope for the investigation of thyroid disorders.

41:20-25,, 1968.

5001363

Brit. J. Radiol.

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