Mice were implanted with transmitters for recording EEG, activity and temperature by telemetry.
Materials and methods Body temperature (using telemetry), respiratory effects (using plethysmography) and neurological effects (using clinical scales and EEG) were studied.
Typical applications include reactor and high-temperature processing, telemetry systems and military uses.
To predict the lifetime of an individual MW under orbital conditions, we suggest using Empirical Mode Decomposition (EMD) and regression analysis to model the trend in bearing temperature derived from telemetry data.
With in-orbit telemetry temperatures, an energy balance equation is used to calculate the solar absorptance of the coatings on several LEO satellites.
To induce the pathophysiological effects of heat stress, we placed conscious rats in an incubator at 37°C and monitored their core temperatures using remote telemetry implants.
In studies employing a telemetry apparatus, core temperature was also increased by CRF(1 41) (1 nmol) and CRF(6 33) (1.5 nmol), whereas only CRF(1 41) increased locomotor activity and heart rate.
Body temperature was continuously recorded by telemetry during the ad-libitum and food-deprived period.
For predictions of optimal swimming speed against the water flow for roach, we used the average values for fish length and weight and water temperature found in a passive telemetry study (see below).
