A mathematical model, based on branching processes, is proposed to interpret BrdUrd DNA FCM-derived data. Our main interest is in determining the distribution of the G2 phase duration. Two different model classes involving different assumptions on the distribution of the G2 phase duration are considered. Different assumptions of the G2 phase duration result in very similar distributions of the S phase duration and the estimated means and standard deviations of the G2 phase duration are all in the same range
International audienceEukaryotes duplicate their chromosomes during the cell cycle S phase using tho...
The CFSE dye dilution assay is widely used to determine the number of divisions a given CFSE labelle...
<p><b>Copyright information:</b></p><p>Taken from "A method to estimate cell cycle time and growth f...
A stochastic model for interpreting BrdUrd DNA FCM-derived data is proposed. The model is based on b...
It it of great importance to increase the knowledge of various cell cycle kinetic parameters and the...
Increasing the knowledge of various cell cycle kinetic parameters, such as the length of the cell cy...
A mathematical model that describes the time evolution of the DNA-BrdUrd distribution, as measured i...
In the present paper we propose a method of analysis of the cell kinetic characteristics of in vivo ...
Flow cytometric DNA measurements yield the amount of DNA for each of a large number of cells. A DNA ...
Background: The potential doubling time of a tumor has been suggested to be a measurement of tumor a...
<p>Experimental results and model predictions for untreated A375 cells: (A) IMT data (<i>n</i> = 266...
<p>(A) Pedigree analysis of cells irradiated in green phase. a: Distribution of total green-phase du...
Measurement of S-phase fraction by DNA flow cytometry is widely used in the analysis of human tumors...
Abstract Background Presently available flow cytometric methods of bromodeoxyuridine (BrdUrd) labell...
A fundamental property of cell populations is their growth rate as well as the time needed for cell ...
International audienceEukaryotes duplicate their chromosomes during the cell cycle S phase using tho...
The CFSE dye dilution assay is widely used to determine the number of divisions a given CFSE labelle...
<p><b>Copyright information:</b></p><p>Taken from "A method to estimate cell cycle time and growth f...
A stochastic model for interpreting BrdUrd DNA FCM-derived data is proposed. The model is based on b...
It it of great importance to increase the knowledge of various cell cycle kinetic parameters and the...
Increasing the knowledge of various cell cycle kinetic parameters, such as the length of the cell cy...
A mathematical model that describes the time evolution of the DNA-BrdUrd distribution, as measured i...
In the present paper we propose a method of analysis of the cell kinetic characteristics of in vivo ...
Flow cytometric DNA measurements yield the amount of DNA for each of a large number of cells. A DNA ...
Background: The potential doubling time of a tumor has been suggested to be a measurement of tumor a...
<p>Experimental results and model predictions for untreated A375 cells: (A) IMT data (<i>n</i> = 266...
<p>(A) Pedigree analysis of cells irradiated in green phase. a: Distribution of total green-phase du...
Measurement of S-phase fraction by DNA flow cytometry is widely used in the analysis of human tumors...
Abstract Background Presently available flow cytometric methods of bromodeoxyuridine (BrdUrd) labell...
A fundamental property of cell populations is their growth rate as well as the time needed for cell ...
International audienceEukaryotes duplicate their chromosomes during the cell cycle S phase using tho...
The CFSE dye dilution assay is widely used to determine the number of divisions a given CFSE labelle...
<p><b>Copyright information:</b></p><p>Taken from "A method to estimate cell cycle time and growth f...