59

Sacher, G.A., D. Grahn, R.J.M. Fry et al.
Epidemiological and cellular
effects of chronic radiation exposure: a search for relationship, p. 13-38

in First European Symposium on Late Effects of Radiation (P. Metalli, ed.).
Comitato Nazionale Energia Nucleare, Rome, 1970.

S6

Storer, J.B. Radiation carcinogenesis, p. 453-483 in Cancer, Vol. 1
(F.F. Becker, ed.). Plenum Publ. Comp., New York, 1975.

ST

Strehler, B.L.

s8

S9
510

Time, cells and aging.

Storer, J.B.

Rate of recovery from radiation damage and its possible rela-

Storer, J.B.

Rate of recovery from radiation damage and its possible rela-

tionship to life-shortening in mice.
report LA-222h, 1958.

tionship to life-shortening in mice.

512

Los Alamos Scientific Laboratory

Radiat. Res. 10: 180-196 (1959).

Spalding, J.F., V.G. Strang and F.C.V. Worman.
Effects of graded acute
exposures or gamma-rays of fission neutrons on survival in subsequent pro-

tracted gamma-ray exposures.
S811

Academic Press, New York, 1962.

Radiat. Res. 13: 415-23 (1960).

Spalding, J.F., D.S. Johnson and G.L. Tietjen. An investigation of the
two-component radiation injury concept using equivalent residual dose
factors. Los Alamos Scientific Laboratory report LA-5813-MS (1974).
Sacher, G.A. and E. Trucco.

The stochastic theory of mortality.

543

Sacher, G.A. and E. Trucco.

Theory of radiation injury and recovery

S14

Sacher, G.A.

Acad. Sci. 96: 985-1007 (1962).

in self renewing cell populations.

$16
S17

S18

Radiat. Res. 29: 236-256 (1966).

Dose dependence for life-shortening by x-rays, gamma-rays

and fast neutrons, p. 1425-1432 in Advances in Radiation Research, Vol. 3
(J.F. Duplan and A. Chapiro, eds.).

815

Ann. N.Y.

Stover, B.J. and H. Eyring.

theory of mutation rates.

The dynamics of life. II. The steady-state

Proc. Natl. Acad. Sci. (USA) 66: 672-676 (1970).

Sato, F., W. Nakamura and I. Eto.

shortenings by radiation.

Gordon and Breach, New York, 1973.

A simple mathematical model for life

J. Radiat. Res. 11: 145-150 (1970).

Storer, J.B. and P.C. Sanders.

Relative effectiveness of neutrons for

production of delayed biological effects.
I. Effect of single doses of
thermal neutrons on life-span of mice. Radiat. Res. 8: 64-70 (1958).
Storer, J.B., B.S. Rogers, I.U. Boone et al.
Relative effectiveness of
neutrons for production of delayed biological effects.
II.
Effect of
single doses of neutrons from an atomic weapon on life-span of mice.

Radiat. Res. 8: 71-76 (1958).

519

520

Storer, J.B.

Evaluation of radiation response as an index of aging in

Storer, J.B.

Radiation resistance with age in formal and irradiated popu-

mice.

Radiat. Res. 17: 878-902 (1962).

lations of mice.

Radiat. Res. 25: 435-59 (1965).

we

Select target paragraph3