QCMP 180

CKINET: Cellular Kinetics for Flow Cytometry

by

Ken Muranaka

CKINET (Cellular Kinetics) is a program for computing the mean transit times through the cell cycle from the data obtained by flow cytometer or flow microfluorimeter. The program con-sists of two procedures: polynomial fitting by least-squares and cell-cycle kinetics. The raw data points are fitted by the polynomial fitting to prepare the input data set for the second procedure for computing the mean transit times according to the set of integral equations proposed by H.P. Beck (see documentation). Cell-cycle control (called "checkpoints") is a very important area of investigation in cancer research. Because the flow cytometer can measure the amount of fluorescence from single cells usually stained by a dye, cell-cycle progression can be followed by observing the DNA contents. CKINET, in addition to computing the mean transit times of the cell-cycle phases, should be useful in many applications of flow cytometry.

Lines of Code: 1074

FORTRAN 77

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