Improve welfare and reduce mortality Ultra small implantable physio-loggers for aquatic animal
Monitor environmental impact or behavioural patterns
Long term or detailed short term studies
Stress-free accurate measurements Simple to set up and implant
High performance, small size
Improve welfare and reduce mortalityUltra small implantable physio-loggers for aquatic animals
Available parameters in each size
Cage distribution
Using Temperature and depth
Detailed behavioural profile
Identify cage distribution with no disturbance to the study animal. A fixed measurement interval or multiple measurement interval can be set, as short as every second to several minutes or even hours.
Long term and short term studies
The long battery life of the loggers facilitates long term as well as short term studies, up to 2-4 years with the largest logger type.
Crowding Events
Using Heart Rate and Temperature
Long or short term heart rate response
These loggers are ideal for long or short term studies looking at heart rate dynamics; studying behaviour, energetics, stress response or environmental challenges.
Suitable for measuring most fish species
It is possible to record extended ECG records for periods where slow heart rates (<20bpm) are expected.
Swimming Performance
Using Activity and Temperature
Overview of changes in activity over time
Measure acceleration derived activity in three dimensions, in addition to temperature. Statistical parameters provide estimation of swimming speed and non-steady swimming in addition to raw data.
Quantify swimming behaviour
Ideal for a variety of studies in swim tunnels, tanks or sea cages, looking at behaviour, swimming, stress response or other swimming physiology.
Welfare Indication Tool
Heart Rate, Activity and Temperature
Identify correlation between heart rate, activity, and temperature
Determine these parameters as proxies for stress in fish and help identify farming practices that can improve welfare.
Overview of physiological response over time
Measure physiological response to environmental variations, including high and low temperature and hypoxia.
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