Yates, F.E.Urquhart, J.Control of Plasma Concentrations of Adrenocortical HormonesPhysiological Reviews vol. 421962 p. 359
2.
Yates, F.E. et al. A continuous System Model of Adrenocortical Function In M.D. Mesarovic, editor, Systems Theory and Biology (Springer-Verlag, New York, 1968), p. 141
3.
Gann, D. et al. Finite Level Models of Biological SystemsAnnals of Biomedical Engineering vol. 71973 p. 385
4.
Schwartz, N.B.A Model for the Regulation of Ovulation in the RatRecent Progress in Hormone Research vol. 251969 p. 1
5.
Bogumil, R.J. et al. Mathematical Studies of the Human Menstrual Cycle. //: Simulation Performance of a Model of the Human Menstrual CycleJournal of Clinical Endocrinology and Metabolism vol. 351972 p.144
6.
Distefano, J.J. III Chang, R.F.Computer Simulation of Thyroid Hormone Binding, Distribution and Disposal Dynamics in ManAmerican journal of Physiology vol. 2211971 p.1529
7.
Srinivasan, R. et al. A Mathematical Model for the Control Mechanism of Free-Fatty Acid and Glucose Metabolism in Normal HumansComputers in Biomedical Research vol. 31970 p. 146
8.
Foster, D.Forester, J.A Model of the System Regulating the Blood Glucose Concentration MS thesis Massachusetts Institute of TechnologyCambridge, Massachusetts1971
9.
Bolie, V.W.Coefficients of Normal Blood Glucose RegulationJournal of Applied Physiology vol. 161961 p. 9
10.
Bergman, R.N. et al. Optimal Inputs for Diagnosis of DiabetesJournal of Optimization: Theory and Applications vol.201976 p.47
11.
Urquhart, J.Li, C.C.Dynamic Testing and Modeling of Adrenocortical Secretory FunctionAnnals of the New York Academy of Sciences vol. 1561969 p.756
12.
Grodsky, G.M.A Theoretical Distribution Hypothesis for Pocket Storage of Insulin and Mathematical ModelingJournal of Clinical Investigation vol. 511972 p.2047
13.
Licko, V.Threshold Secretory Mechanisms: a Model of Derivative Element in Biological ControlBulletin of Mathematical Biology vol. 351973 p. 51
14.
Bergman, R.N.El Rafai, M.Dynamic Control of Hepatic Glucose Metabolism: Studies by Experiment and Computer SimulationAnnals of Biomedical Engineering vol. 31975 p. 411
15.
Garfinkle, D. et al. Simulation of Biological Systems at the Level of Biochemistry and Physiology Federation Proceedings vol. 33 1974 p. 176
16.
Rodbard,D.Theory of Hormone Receptor Interaction. The Endocrine Target Cell as a Quantal Response Unit: a General Control MechanismAdvances in Experimental Medicine and Biology vol. 361973 p.342
17.
Bergman, R.N.Hechter, O.A Stochastic Model for Coupling of Receptors to Aderylate Cyclase in Bovine Renal Medullary Cell MembranesJournal of Biological Chemistry in press
18.
Bergman, R.N.Bucolo, R.J.Interaction of Insulin and Glucose in the Control of Hepatic Glucose BalanceAmerican journal of Physiology vol. 2271974 p. 1314