80
109. Hempecomany, L.H., Harr, W.J., Pumps, M.,
. SHELLABARGER, C. J., Bono, V.P., aND CRONKITE.
sons treated with x-rays in infancy: Fourth survey in
20 years, J. Nat. Cancer Inst., in press (1973).
110. Mooan,B., Barparz, D., Mart, H., Sternitz. R.,
AND Levin, S.G., Radiation-induced head and neck
tumours, Lancet 1: 277-8 (1974).
111. Harvey, N.H., ALBerT, R.E., SHORE, R., anp Pas-
neoplasia in the rat, VII: Theeffects of fractionation
and protraction of sublethaltotal-body irradiation,
Radiat. Res. 17: 101-9 (1962).
. Marks, 8. anp Bustap, L.K., Thyroid neoplasmsin
Cooper, R.A., anp Ames, W.R., Neoplasmsin per-
TERNACK,B.S., Follow-up study of patients treated by
x-ray epilation for tinea capitis, VI: Estimation of
the dose to the thyroid and pituitary glands and
other structures of the head and neck, Arck. Environ.
Health, in press (1975).
112. Reretorr, S., Harrison, J.. Karanricsxi, B.T.,
Kaptan, E.L., DeGroor, L. J., aND BEKERMAN, C.,
Continuing occurrenceof thyroid carcinomaafterir-
radiation to the neck in infancy and childhood, .V.
Engl. J. Med. 292: 171-5 (1975).
113. Suetineg, G.E., Linpsay, S., McCormack, K.R., AND
Gacante, M., Thyroid nodules occurringlate after
treatmentof thyrotoxicosis with radioiodine, /. Cin.
Endocrinol. Metab. 22: 8-18 (1962).
114. McDovaeat, I.R., Thyroid cancerafter iodine-131
therapy, /.4.M.A. 227: 438 (1974).
115. Kreps, E.M., Kreps, S.M., anp Kreps, S.L., Treat-
ment of hyperthyroidism with sodium iodide [13!:
Carcinoma of the thyroid after 20 years, /.A.M.A.
226: 774-5 (1973).
116, Hamaurcer, J.I. anp Meier, D.A., Cancer follow-
ing treatment of an autonomously functioning thyroid nodule with sodium iodide 1131, Arch. Surg. 103:
762-4 (1971).
117, Dotpuwn, G.W., The risk of thyroid cancers following irradiation, Health, Phys. 15: 219-28 (1968).
118. Pocnin, E.E., Radiation exposure from the use of
E.P., Studies on radiation-induced mammary gland
sheep fed radioiodine, J. Nat. Cancer Inst. 30: 661-73
(1963).
. Book, S.A. anp Bustap, L.K., Effects of radioiodine
and x-ray on beagle pups, in Annual Report, 1973,
Radzobtology Laboratory, pp. 137-9, UCD 472-120,
June 1973.
129. Saencer, E.L., Sattzer, R.A., Stervine, T.D., ano
Kereiakes, J.G., Carcinogenic effects of I!3! compared with x-irradiation: A review, Health Phys. 9:
1371-84 (1963).
130. Do.putin, G.W. anv Beacu, S.A., The relationship
between radiation dose delivered to the thvroids of
children and the subsequent developmentof malignant tumors, Health Phys. 9: 1385-90 (1963).
131. Pincn, D.Z., Kann, G.R., Ketcuam, A.S., anp HENsan, D., Thyroid cancer after radiation, I: Diagnostic procedures in children, Pediatrics 51: 898-902
(1973).
132. Leroy, G., Personal communication, 1973.
133. VasILenko, IIa. anp Kvassovsxu, [u.A., Remote
consequences of thyroid irradiation with radioactive
iodineisotopes, in Sb. Mater. Radtatsionnata Endokrinologua, A.A. Voitkevich, Editor, Akad. Med. Nauk
SSSR, 1967, pp. 17-18 (Trans.), NIH-71-198.
134. Wainper, G. ano Sy6pen, A., Effect of irradiation
on thyroid growth in mouse foetuses and goitrogen
challenged adult mice, Acta Radtol. Ther. Phys. Biol.
10: 579-92 (1971).
radioiodinein thyroid disease, Proc. Roy. Soc. Med. 57:
564-5 (1964).
135. Wainer, G., Jonsson, C.-J., anp Sj6pEn, A., Dose
rate dependencein the goitrogen stimulated mouse
A.S. Mason, Editor, Pitman Medical Publishing Co.,
136. Dunnino, G., Two ways toestimate thyroid dose from
radioiodinein fallout, Nucleonies 14 (2): 38-41 (19536).
137. Core,R., fnhalation of Radtowdine From Fallout: Hazards
119. MacGrecor, A.G., in The Thyroid and Its Diseases,
London, 1963.
120. Doniacu, I., Effects of radiation on thyroid function
andstructure, in Handbook of Physiology (Sect. 7: Endocrinology; III: Thyroid), pp. 359-75, M. Greer and
D.H. Sclomon, Editors, Williams and Wilkins, 1974.
121. Otway, H. J. anp Erpmann, R.C., Leukemia and
thyroid carcinoma: A comparisonof late mortality
risks from reactor accidents, Nucl. Safety 11: 482-9
(1970).
122. Dosyns, B.M., SHerine, G.E., Workman, J.B.,
Tomkins, E.A., McConaney, W.M., anp BECKER,
D.V., Malignant and benign neoplasms ofthe thy-
roid in patients treated for hyperthyroidism (a report
of the Cooperative Thyrotoxicosis Therapy Follow-
up Study), J. Clin. Endocrinol. Metab. 38: 976-98 (1974).
123. Beacu, S.A. anp Docpuin, G.W., A study ofthe re-
lationship between x-ray dose delivered to the thy-
roids of children and the subsequent developmentof
malignant tumors, Phys. Med. Biol. 6: 583 (1962).
124. Report ofthe United Nations Scientific Commuttee on the EfSects ofAtomic Radiation, Suppl. No. 12(A/5814), United
Nations, New York, 1964.
125. Goo.pen, A.W.G., Carcinomaof the thyroid follow-
ing irradiation, Bret. Med. J. 2: 954-5 (1958).
thyroid, Acta Radiol. Ther. Phys. Biol. 1b: 24-36 (1972).
and Countermeasures, Defense Civil Preparedness
Agency, Environmental Science Associates, Burlin-
game, Calif., Aug. 1972.
138. Russet, K.P., Rose, H., anp Starr, P., The effects
of radioactive iodine in maternal andfetal thyroid
function during pregnancy, Surg. Gynecol. Obstet. 104:
560-4 (1957).
139. Fisher, W.D., Voorness, M.L., anp Garpner, LL,
Congenital hypothyroidism in infant following ma-
ternal [13! therapy, with a review of hazards of environmental radioisotope contamination, /. Peduat.
62: 132-46 (1963).
140. Hamirt, G.C., Jarman, J.A., anp Wynne, M.D.,
Fetaleffects of radioactive iodine therapy in a pregnant woman with thyroid cancer, Amer. J. Odstet.
Gynecol. 81: 1081-23 (1961).
141. Ray, E.W., Steruinc, K.S., ano Garoner, L.I.,
Congenital cretinism associated with I?3! therapy,
A.M.A. J. Dis. Child. 98: 112-13 (1959).
142. Van Mippteswortu, L., Factors influencing the
thyroid uptake of iodine isotopes from nuclearfission: A review, Health Phys. 9: 1197-1211 (41963).