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The model allowed us to use flux balance analysis to analyze growth and virulence genes given the environment the intracellular pathogen encounters.
This coarse−grained model allowed us to simulate 10 transitions of a calcein molecule with reasonable use of CPU time.
I think the textbook model allowed us to put a veneer of order on our otherwise unruly and occasionally nonsensical subject matter.
Our previously developed 3D cellular automaton model allowed us to design thermo-mechanical processes to either promote or suppress banding.
The multi-compartment model allowed us to investigate the effect of diffusion on calcium signaling.
This model allowed us to evaluate potential functions of the residues that are mutated in patients.
Using such a simple model allowed us to derive the basic properties of chromatin fibers without introducing unnecessarily many parameters.
The model allowed us to design a crystallizable fragment and to determine the structure of Drosophila Pur-α.
Cox proportional hazards model allowed us to introduce such factors with time-dependent effects.
This model allowed us to calculate a probability of conception for each observed cycle.
Our model allowed us to examine the probability of chlamydia infection progressing to PID.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com