While this might be expected given the hypomorphic nature of the GPN alleles, it prompted us to develop a quantitative measure of nuclear localization to which we could assign statistical significance.
This again can be seen as an advantage, since it forces us to a deeper and clearer analysis of the mathematical notions involved and prompts us to develop new sophisticated tools.
The success of our performance metric in capturing the quality of play prompts us to develop a graphic representation of the play in a soccer match [13], [14].
This biological knowledge prompts us to develop a novel RS measure that exploits the TFBS location information.
This widely used medication has prompted us to develop and validate a convenient assay to determine simultaneously TFV and FTC plasma concentrations.
Each of the previous approaches has its own disadvantages and limitations, and this prompted us to develop the method described here.
This prompted us to develop direct co-registration of PET/fDOT without use of CT.
This prompted us to develop a collection of primers that can be used in real time RT-PCR experiments to characterize GPCR expression genome-wide.
This fact has prompted us to develop an alternative approach.
To our knowledge, however, no such device exists for image-guided, ambidextrous microneurosurgery, prompting us to develop our own system.
