These two cell models present a differential expression of EMMPRIN, with SCC-9 showing higher transcript and protein levels of EMMPRIN compared to DOK cells, evaluated by quantitative RT-PCR, western blot and Immunofluorescence analyses.
Here we present an integro-differential model of adaptive dynamics in a phenotype-structured population whose fitness landscape evolves in time due to periodic environmental oscillations.
The first theoretical analysis of a control system, which presented a differential-equation model of the Watt governor, was published by James Clerk Maxwell, the Scottish physicist, in the 19th century.
This paper presents a differential geometry based model for the analysis and computation of the equilibrium property of solvation.
In earlier papers, a differential model has been presented for the dynamics of countercurrent mass-transfer processes in single-component systems.
Over the course of ≈6 wk, student groups generated a biological question that could be explored with a differential model, developed and tested an original model, and then presented their findings in an open seminar.
In order to explain the complex dynamic behavior of genetic regulatory systems, the authors of [1] presented a model of ordinary differential system for the transcript factors (TFs).
Berezovskaya and associates present here a differential equation based model of the evolution of CRISPR-Cas based immunity.
Classical mechanics presents a model of the world's dynamics based (in the introductory account) on simple differential equations, but chemical kinetics and even the dynamics of populations provide models of the same general form.
In this manuscript, we present a computational model to approximate the solutions of a partial differential equation which describes the growth dynamics of microbial films.
