The complete "cycle profile" of daily ovarian ultrasonic scans and daily serum levels of reproductive hormones appears to be a definitive approach to characterizing ovarian cycles, but this demanding regimen would not be applicable to monitoring large populations in the workplace.
We modified a four-field olfactory arena and fly tracking system (Semmelhack and Wang, 2009; Ronderos et al., 2014) to monitor large fly populations responding to odors over a large arena space.
As Edward Snowden's leaks have shown, these vast troves of information allow intelligence agencies to focus on just a few key targets in order to monitor large portions of the world's population.
The SF-12 health survey is a generic measure of health status that was developed to provide an alternative to the SF-36 for purposes of monitoring large samples from general and specific populations.
Optical imaging permits simultaneous monitoring of large populations of cells at high spatial resolution and selective visualization of components of cells and tissues.
They show physiological responses to various stimuli, in a similar manner to autonomous cellular responses in intact tissues [78], especially the morphological features of dying cells during PCD [79], and thus allow the observation of events in each single cell or the real time behavioral monitoring of large populations of cells.
This approach, however, allowed access to comprehensive information from the existing health system to monitor a larger population without placing any additional burden on health center staff.
There is thus a requirement from the stem cell community for a rapid, easy, sensitive, nondestructive, noninvasive, label-free technique which can be applied on the single cell level as well as monitor or sort large populations of cells.
By imaging large fields of view and monitoring the responses from large populations of neurons, we observed that LILFU-1 stimulated activity in ∼30% of the neurons in a given field.
The SFFQ can serve well as a tool for studies with large populations to monitor vitamin D intake in at risk populations because it is easy to administer, low cost, and takes little time to analyze.
