Results: Representative Disturbed and Undisturbed Crayfish Heartbeat in Response to Stimulus and Locomotion
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Conclusion
Transcripción
This method can help answer key questions in the environmental and ecotoxicalogical fields involving the relationship between cardiac and locomotor activities on the various acute and prolonged stressful conditions. The main advantages of this tec
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This article presents a noninvasive biomonitoring system for the continuous recording and analyses of crayfish cardiac and locomotor activities. This system consists of a near-infrared optical sensor, a video-tracking module, and software for evaluating crayfish heartbeats that reflects its physiological condition and characterizes crayfish behavior during heartbeat fluctuations.