BIOCHEMICAL, BIOMEDICAL, ENVIRONMENTAL SYSTEMS

 *APP BIO01
 C...
 C...  SOLUTION OF STEADY STATE EQUATIONS OF HUMAN CARDIOVASCULAR
 C...  MECHANICS BY DAVIDENKO'S METHOD
 C...
 *APP BIO02
 C...
 C...  OXYGEN TRANSFER IN A RED BLOOD CELL
 C...
 *APP BIO03
 C...
 C...  BIOSYNTHESIS OF THE ANTIBIOTIC ERYTHROMYCIN
 C...
 *APP BIO04
 C...
 C...  GLUCOSE TOLERANCE TEST
 C...
 *APP BIO05
 C...
 C...  FLOW THROUGH POROUS MEDIA
 C...
 *APP BIO06
 C...
 C...  SOLUTION OF DYNAMIC EQUATIONS OF HUMAN CARDIOVASCULAR
 C...  MECHANICS
 C...
 *APP BIO07
 C...
 C...  RIVER POLLUTION MODEL
 C...
 *APP BIO08
 C...
 C...  DIFFUSION AND REACTION IN AN IMMOBILIZED ENZYME CATALYST
 C...
 *APP BIO09
 C...
 C...  KINETICS OF A BIOCHEMICAL REACTION WHEN TWO ORGANISMS COMPETE
 C...  FOR THE SAME SUBSTRATE
 C...
 *APP BIO10
 C...
 C...  THE LOGISTIC EQUATION
 C...
 *APP BIO11
 C...
 C...  AN ANALYSIS OF POPULATION GROWTH IN ASIA
 C...
 *APP BIO12
 C...
 C...  FORRESTER WORLD 2 MODEL
 C...
 *APP BIO13
 C...
 C...  BOYD MODIFICATION OF THE FORRESTER WORLD 2 MODEL
 C...
 *APP BIO14
 C...
 C...  TWO-SECTOR GLOBE 6 MODEL
 C...
 *APP BIO15
 C...
 C...  NOMENCLATURE FOR THE TWO-SECTOR GLOBE 6 MODEL
 C...
 *APP BIO16
 C...
 C...  A LOW-ORDER, NONLINEAR, GENERIC MODEL FOR THE DYNAMICS OF
 C...  HIV TRANSMISSION
 C...