Edward Charles DeLand

Biological Primitives.

1972
FLUIDMOD: A Program for Computer-Based Instruction in Clinical Fluid Therapy.

1972
FLUIDMOD: A Versatile CAI System for Medical Students.

1972
Interactive Computer Elucidation of a Biological System.

1972
Interactive Computer Simulation

1972
Acute Response to Acid-Base Stress in the Dog.

1971
Biomedical Data Processing.

1971
BIOMOD: An Interactive Computer Graphics System for Modeling

1971
Interactive Biochemical Modeling and Analysis.

1971
Interactive Simulation of Continuous Systems : Progress and Prospects.

1971
Nine Current Problems in the Theory of Electrolyte and Water Balance.

1971
Toward a Natural Simulation Language

1971
BIOMOD: A User's View of an Interactive Computer System for Biological Modeling (A Preliminary Report)

1970
Biosciences at RAND

1970
Comments on Cybernetics and Management of Large Systems.

1970
Physiologic Monitoring in the Operating Room.

1970
Prevention of Hypokalemic Cardiac Arrhythmias Associated with Cardiopulmonary Bypass and Hemodilution.

1970
Review of Hospital Information Systems.

1970
Unique Mathematical Models of Individual Blood

1970
Whole Body Base Excess : Acute Response to Acid-Base Stress in the Dog.

1970
Computers and the Delivery of Medical Care.

1969
Erythrocyte Composition in Cirrhotic Patients with Secondary Hyperaldosteronism.

1969
Water Distribution Abnormalities in Hypothyroid Dogs Due to Acid-Base Disturbances.

1969
The Anomalous Distribution of Body Water Under Alkaline Osmotic Stress in Hypothyroid Dogs.

1968
Technological Opportunities for the Delivery of Health Care.

1968
Protein Binding of Small Ions--A Mathematical Model of Serum Albumin.

1967
The Classical Structure of Blood Biochemistry: A Mathematical Model

1966
Consideration of the Contributions of Engineering Analysis in the Study of Living Systems.

1966
Example of a Large-Model Simulation of the Blood Biochemical System.

1965
Physiochemical Characteristics of Placental Transfer.

1965
Analysis of chemical constituents of blood by digital computer [by] James V. Maloney [and others]

1963
The Simulation of Multi-Component Distillation

1962
Simulation of a biological system on an analog computer.

1961
A mathematical model of the human external respiratory system.

1959

Federally Funded Research Divisions

Social and Economic Policy Divisions

International

Edward Charles DeLand

Biological Primitives.

FLUIDMOD: A Program for Computer-Based Instruction in Clinical Fluid Therapy.

FLUIDMOD: A Versatile CAI System for Medical Students.

Interactive Computer Elucidation of a Biological System.

Interactive Computer Simulation

Acute Response to Acid-Base Stress in the Dog.

Biomedical Data Processing.

BIOMOD: An Interactive Computer Graphics System for Modeling

Interactive Biochemical Modeling and Analysis.

Interactive Simulation of Continuous Systems : Progress and Prospects.

Nine Current Problems in the Theory of Electrolyte and Water Balance.

Toward a Natural Simulation Language

BIOMOD: A User's View of an Interactive Computer System for Biological Modeling (A Preliminary Report)

Biosciences at RAND

Comments on Cybernetics and Management of Large Systems.

Physiologic Monitoring in the Operating Room.

Prevention of Hypokalemic Cardiac Arrhythmias Associated with Cardiopulmonary Bypass and Hemodilution.

Review of Hospital Information Systems.

Unique Mathematical Models of Individual Blood

Whole Body Base Excess : Acute Response to Acid-Base Stress in the Dog.

Computers and the Delivery of Medical Care.

Erythrocyte Composition in Cirrhotic Patients with Secondary Hyperaldosteronism.

Water Distribution Abnormalities in Hypothyroid Dogs Due to Acid-Base Disturbances.

The Anomalous Distribution of Body Water Under Alkaline Osmotic Stress in Hypothyroid Dogs.

Technological Opportunities for the Delivery of Health Care.

Protein Binding of Small Ions--A Mathematical Model of Serum Albumin.

The Classical Structure of Blood Biochemistry: A Mathematical Model

Consideration of the Contributions of Engineering Analysis in the Study of Living Systems.

Example of a Large-Model Simulation of the Blood Biochemical System.

Physiochemical Characteristics of Placental Transfer.

Analysis of chemical constituents of blood by digital computer [by] James V. Maloney [and others]

The Simulation of Multi-Component Distillation

Simulation of a biological system on an analog computer.

A mathematical model of the human external respiratory system.