Multi-sensor data are required to monitor a broad range of degradation types, with sensor capability targeted at both the detection of canopy cover change (optical/SAR) and sub-canopy structural change (SAR/LiDAR).
4. In screening for toxic effects of microbicides in Phase I safety trials, it may be important to monitor a broad range of inflammatory cytokines vs time, and exfoliation of columnar epithelium.
However, in order to explain the intricate processes underlying cellular function a greater number of high spatial and temporal resolution tools are necessary to that can not only monitor a broad range of chemical and physical properties but can also modulate them at well-defined sub-cellular locations (e.g. cytoplasm, nucleus, mitochondria).
Unlike prior evaluations, which focused on a restricted number of indicators closely aligned with the ones set by the program itself [ 18, 20], we explicitly chose to monitor a broader range of services with the aim of capturing unexpected effects.
The genotoxic effects of environmental pollutants can be monitored using a broad range of both in vitro and in vivo biomarker assays, but the comet assay is gaining popularity over others since its advantages include sensitivity for detecting low levels of DNA damage ([Gedic et al. 1992]) and the short time needed to complete a study.
It remains the only satellite capable of precisely locating gamma-ray bursts - the Universe's most powerful explosions - and monitoring them across a broad range of wavelengths using multiple instruments before they fade from view.
The CDC established its registry to monitor pregnancies for a broad range of poor outcomes linked to Zika.
In this study, we focus on late phase (i.e., 24 h post surgery) changes in circulating eicosanoids and further demonstrate the applicability of this generic LC-MS/MS LC-MS/MS to monitor platformgical levels of a broad range of eicosanoids and relatod monitorites derived from different physiologicaln plevels
The proposed system has been conceived to address the needs of future smart agriculture applications, providing an unobtrusive and energy neutral monitoring system open to a broad range of applications, thanks to the bacteria species that populate almost any soil on Earth.
An extensive sensor network is used to monitor the dynamic behaviour of a broad range of important EVF physical parameters and a dedicated image processing tool is developed to allow estimation of the EVF envelope main dimensions (e.g. height, width, projection).
