Sentence examples for monitor and cure from inspiring English sources
Since the introduction of Wireless Capsule Endoscopy (WCE) researchers have started exploring the design space of Medical Capsule Robots (MCRs): embedded micro-systems that can operate autonomously within the human body and can diagnose, prevent, monitor, and cure diseases.
The term "Clinical and Translational Medicine" is defined here as "clinical potential and application of translational research and science to improve the understanding of mechanisms and therapies of human diseases", a new and important concept for the development of disease-specific biomarkers and therapeutic strategies to monitor and cure disease.
The term "Clinical and Translational Medicine" (CMT) is defined here as "clinical potential and application of translational research and science to improve the understanding of mechanisms and therapies of human diseases", a new and important concept for the development of disease-specific biomarkers and therapeutic strategies to monitor and cure disease.
Nanostructured sensors have unique capabilities that can be tailored to advantage in advancing the diagnosis, monitoring and cure of several diseases and health conditions.
As serum markers are more readily collected and measured than ear lobe blood specimens, this avenue of research could provide a major advance in syphilis therapeutic monitoring and cure.
Thus, we consider the tests a promising alternative to existing tests to monitor treatment and cure and worthy of further assessment and wide- spread deployment in endemic regions.
Though simple and accurate diagnostic tests are widely available to confirm VL, they are not suitable to monitor treatment efficacy and cure.
The experience recalled childhood fantasies of technologies that connect the human brain to a central computer to share knowledge; bionic organs that give people superhuman strength; and nano-organisms that monitor and repair the body and cure disease.
Experimental results are shown on sensor capability to monitor the cure kinetics, and a novel calibration method is proposed in order to link the optoelectronic response directly to the DOC of the reacting resin.
In this work the composites manufacturing cycle is modelled as a static Stackelberg game with two virtual decision makers (DMs) monitoring the filling and curing phases, respectively.
In this attempt, Fourier transform infrared spectroscopy (FTIR), differential scanning calorimetry (DSC), and dynamic mechanical thermal analysis (DMTA) were used to monitor the cure progress of 977-2A epoxy resin and carbon fiber reinforced composite.
