Sentence examples for moving animals are from inspiring English sources

Long-term in-vivo recordings of habitual bone strain in freely moving animals are needed to better understand the everyday mechanical loading environment responsible for bone-tissue maintenance.

In many cases, chronic studies in freely moving animals are necessary for dissecting the characteristics of a particular neural circuit control animal behavior and understanding the intrinsic neural basis of a specific behavioral phenomenon.

Briefly, freely moving animals are exposed to moving sine wave gratings of various spatial frequencies and contrasts and will reflexively track the gratings by head movements as long as they can see the gratings.

Under Scottish [ 16] and European legislation [ 17], all pig keepers moving animals are required to provide information on pig movements within Scotland, and between Scotland and England, as well as details on transportation type and location of all deliveries.

Longer term (i.e., 3 7 days) in vivo experiments to test thromboresistance in freely moving animals are now being planned with such catheters using miniaturized battery powered potentiostats to control the NO release fluxes of the devices.

Under Scottish [ 16] and European legislation [ 17], all pig keepers moving animals are not only required to register online with ScotEID and electronically record any movements ahead of time but also report details of any haulage company employed for the transport.

Optogenetic approaches to the study of CSD in awake, moving animals is possible.

The effect of the electrical stimulation of the nucleus of the solitary tract (ENTS) on EEG activity and sleep states in freely moving animals is unknown.

In order to investigate the association between visual perception and spontaneous visual attention, a study was performed to determine if brain activation whilst viewing moving animals was increased compared with optokinetic computer stimuli.

In additional experiments, freely moving animals were also monitored with the Photon Imager.

This non-invasive imaging technique opens new avenues for the analysis of Ca2+ signaling whenever whole body information in freely moving animals is desired, in particular during behavioral and developmental studies.