Rechargeable Animal Telemetry System
Rechargeable Animal Telemetry System
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Developed for rodents, compared with the traditional implantable telemetry system, it has the characteristics of non-invasive or low trauma. At the same time, it uses a rechargeable design to meet various needs from short-term to long-term wireless physiological signal recording.
Recommended Components of Long-Term Monitoring System
*The whole system includes: wireless amplifier, receiving control machine, data acquisition system, workstation (computer), system control software and playback analysis software.
Applicable animal types: mice,rats and other small animals
Test parameters: ECG, EMG, EEG, gastrointestinal electricity, etc.
Applications: Cardiovascular, Neuroscience, Sleep, Metabolic Research, Pharmacology, Drug Safety Evaluation
The characteristics of non-invasive or low-trauma, and uses a rechargeable design to meet various needs from short-term to long-term wireless physiological signal recording.
2.4G wireless transmission of physiological signals, with the advantages of strong anti-interference ability and long wireless distance; integrated high-speed USB digital output interface, plug and play
Data is collected and analyzed by software such as LabChart. The experiment has the advantages of high data versatility and easy analysis and processing.
Improve the survival rate of experimental animals and reduce the experimental time and expenditure.
Does not have too much restriction on experimental animals to ensure their monitoring under free movement.
wireless sensor
wireless sensor
The continuous working time is more than 24/48h
Wireless transmission distance 3 meters
Backpack weight ~ 3g
Magnetically controlled startup
Receiver Control Machine
Receiver Control Machine
Built-in omnidirectional antenna
Support analog signal output
Built-in Type-C communication interface
The prompt light prompts wireless signal and battery power to support multi-channel signal output
system acquisition software
system acquisition software
Sensor wireless band/address detection
Wireless signal strength display
Battery power display
Sensor usage time display
Simple operation
Simple operation
After anesthetizing the animal, cut a small hole in its skin to make a subcutaneous tunnel
Guide the electrode wire through the tunnel and sew the electrode ring on the subcutaneous fascia at the lead position
Insert the lead into the wireless sensor electrode interface
Connect the receiver and start collecting data
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