About myself, Per-Erik E Bergner

M.D. 1962, Karolinska Institutet, Sweden.

Chief Investigator, Rockland Research Institute, Orangeburg, New York 10962

Senior Research Scientist, Oak Ridge Associated Universities, (AEC) Oak Ridge, Tennessee.

Assistant Professor (Decent) in Medical Physics, Karolinska Institutet, Stockholm, Sweden.

Senior Research Engineer at Swedish Road Institute (Traffic Statistics, Dynamics of vehicle behavior), Stockholm.

Research Assistant in Medical Physics, Karolinska Institutet, Stockholm.

Research Officer at Research Institute of National Defense (Thermochemistry), Stockholm.

Organized in 1963, on request of the Swedish Technical Research Council, the scientific program for a national symposium on "Diagnostic Uses of Radioisotopes in Medicine".

Appointed member of a panel on "Red cell survival curves", organized by IAEA, Vienna, 1963.

Together with Dr C C Lushbaugh, Co-Chairman of the International Symposium "Compartments, Pools and Spaces in Medical Physiology", Oak Ridge Tennessee, 1966.

Travelling lecturer for AEC to various universities and colleges over the U S on topics such as "Drug Kinetics", "Representations and Predictions in Biology", "Tracer Kinetics", and "Cell Population Dynamics".

Member of the N Y Academy of Sciences, Society for Mathematical Biology (Charter Member). Listed in International Who's Who in Science.

Senior Res. Scientist IVL, Stockholm

 

Publications

Bergner, Per-Erik E. (1958). The heats of hydrolysis of iropropoxy-methyl-phosphosyi fluoride (Sarin) and of the corresponding chloride. (In cooperation with Lennart Larsson). Arkiv for Kemi 12: 143.

Bergner, Per-Erik E.(1959). Dynamic aspects of a method in tracer kinetics. Expl. Cell Res. 17:328.

Bergner, Per-Erik E. (1960). Nagot om den statistiska felanalysen bakgrund. (Some remarks on the elementary statistical analysis of errors). Svensk Lakartidning 57:2419.

Bergner, Per-Erik E. (1960). On the solution of the compartmentalized system. Expl. Cell Res. 20:579.

Bergner, Per-Erik E. (1961). Tracer Dynamics: I.A tentative approach and definition of fundamental concepts. J.Theor. Bj-ol. 1_:120.

Bergner, Per-Erik E. (1961). Tracer Dynamics:!!. The limiting properties of the tracer systems. J.Theor. Biol. 1_:359.

Bergner, Per-Erik E. (1962). The significance of certain tracer kinetical methods, especially with respect to the tracer dynamic definition of metabolic turnover. Acta Radiol. Suppl. 210.

Bergner, Per-Erik E. (1962). On the stochastic interpretation of cell survival curves. J. Theor. Biol. 2_'. 279 .""'^ "? 5

Bergner, Per-Erik E. (1964). Kinetic theory: Some aspects on the study of metabolic processes. In: Dynamic Clinical Studies with Radioisotopes.

Bergner, Per-Erik E. (1964). Tracer dynamics and the determination of poolsizes and turnover factor in metabolic systems. J. Theor. Biol. 6: 137-158.

Bergner, Per-Erik E. (1965). Exchangeable mass: Determination without assumption of isotopic equilibrium. Science 150: 1048-1050.

Bergner, Per-Erik E. (1965). Stochastic concepts in clinical red cell survival studies. Nature (Lond) 205:975-977.

Bergner, Per-Erik E. (1965). On stationary and non-stationary red cell survival curves.  J. Theor. Biol. 9^:366-388.

Bergner, Per-Erik E. and Lawson, J D (1965). Red cell survival: On the analysis of DR32 P-data. (Intro. G A Andrews). Clin Res. 13.

Bergner, Per-Erik E. (1966). Tracer Theory: A review. Isotop Radiat Technol 3_: 245-262.

Bergner, Per-Erik E. (1967). Turnover compartmentalization. USAEC Report ORAU-14 29 pp.

Bergner, Per-Erik E. (1967). Ergodic properties of the tracer system.  USAEC Report ORAU-103, 46 pp.

Bergner, Per-Erik E. (1967). The concept of mass, volume, and concentration, in: Compartments, Pools and Spaced in Medical Physiology, P-E E Bergner and C C Lushbaugh, eds. AEC Symposium Series CONF-661010, pp. 21-37.

Bergner, Per-Erik E. (1969). Theory of quantitative radiation-response timedata. USAEC Report ORAU-109, 25 pp.

Kline, N S, Bergner, P-E E and Simpson, G M (1972). Initial experience with the 24-hour lithium level as a prognostic indicator of dosage requirements.  Presented at 8th Drug Information Association.

Gradijan, J R , and Bergner, P-E E (1972). Qualitative consequences of randomness in a linear kinetic system. Biometrics J28: 313-328.

Bergner, P-E E, Takeuchi, K and Lui, Y Y (1973). The recognition problem: application to sum of exponentials. Math. Biosciences 17, 315-337.

Bergner, P-E E, Berniker, K.,Cooper, T B and Simpson, G M (1973). Lithium kinetics in man: effects of variation in dosage pattern. Birt. J. Pharm. ,49: 329-339.

Cooper, T B,  Bergner, P-E E and Simpson, CM (1973). The 24-hour serum level as a prognosticator for dosage requirements. Am. J. Psychiat. 130: 601-603.

Simpson, G M, Varga, E, Cooper, T B , Bergner, P-E E and Lee, J H (1974). A clinical trial of chlorpromazine with implications for bioequivalency methodology. Clin. Pharmacol. Therap. 1: 631-641.

Bergner, P-E E (1975). Review: Stochastic processes and application in biology and medicine. Bull. Math. Biol. 36: 607-610.

Cooper, T B, Simpson, G M ,Haher, E J  and Bergner, P-E E (1975). Butaperazine pharmacokinetics: Effect of dosage regimen on steady state blood level. Arch. Gen. Psychiat. 32: 902-905.

Cooper, T B, Bergner, P-E E and Simpson, G M :The 24-hour lithium level as a prognosticator of dosage requirements.  Republished in Progress in Psychiatric Drug Treatment. Klin, D G  and Gittleman-Klin, R (Eds.) Vol. 2.

Bergner, PEE (1977). Application of a theorem by Bright to the generalized tracer system. Bull. Math. Biol. 38: 167-178.

Cooper, T B, Simpson, B M, Lee, H J and Bergner, P-E E (1978). Evaluation of a slow-release lithium carbonate formulation. Am. J. Psych. 135:8, 917-922.

Bergner, Per-Erik E (1985). On the relations between bioaccumulation and weight of organisms. Ecol. Modelling (In press).