The practical task of supporting patients' access to information they can use led us to develop this new prototype.
The fact that DQMAN is very different from any standard led us to develop our own simulator rather than using any well-known simulator such as ns-3, ns-2, or OMNet, among many others.
This finding led us to develop a new orthotopic SCLC metastasis model using these cells.
This phenotypic specificity led us to develop a human neuronal in vitro model for HSPs using hiPSCs derived from SPG4 patients.
These concerns led us to develop a novel approach to the assessment of health service use and quality, which we refer to as the "Dynamics of Care" assessment.
This drawback of P-HTTP led us to develop a comprehensive solution, which has two components.
The recurrence of the H5N1 led us to develop a robust, specific, and rapid detection method for the virus.
We analyzed dehydratase's interaction with 1,2-propanediol and glycerol, which led us to develop rationally conceived hypotheses.
Our research on lipidic vectors for transfection led us to develop thiourea lipids able to interact with DNA.
Bladder reconstruction performed by enterocystoplasty or with bioengineered substitutes is still associated with complications, which led us to develop an autologous vesical equivalent (VE).
The ineffectiveness of the existing methods led us to develop and propose the Safe-SADT (structured analysis and design technique) method.
