jnin/c0NCISE COMMUNICATION Page 1 A concise method to obtain cumulated radio. activities
from multicompartmental models with time delays is described. No differential equa tion …

TO THE EDITOR: Burger and Buck (1) emphasize that their interactive compartmental
modeling software package is a highly versatile tool for the analysis of time-activity curves …

D= N× DF(9.1) where N is the number of nuclear transitions that occur in source region S,
and DF is a 'dose factor'. The factor DF depends on combining decay data with absorbed …

Compartment models are the basis for most physiologically based quantification of nuclear
medicine data. Although some software packages are available for this purpose, many are …

a new program for the determination of Page 1 Nuclear Medicine Communications 7,405–414
(1986) Compartment modelling in nuclear medicine: a new program for the determination of …

In this review, we trace the origins of mathematical modeling methods and pay particular
attention to radiotracer applications. Nuclear medicine has been advanced greatly by the …

A general method is presented for fitting experimental data to arbitrary linear compartmental
models, based on readily available public domain software. The model is defined by input …

13 Objectives Measurement of tissue and organ kinetics using scintigraphic image data
following sub-therapeutic administration of a radiopharmaceutical is commonly used to …

Presently, there is a need for a revised model for the kidneys which clearly distinguishes
major regions and structures in the kidneys. This model is needed since radionuclides used …

The calculation of radiation dose from internally incorporated radionuclides is based on so-
called absorbed fractions (AFs) and specific absorbed fractions (SAFs). AFs specify the …