Tse inframot system

Manufactured by TSE Systems

Sourced in Germany

The TSE InfraMot system is a laboratory equipment product designed for infrared motion detection and analysis. It provides basic functionality for detecting and tracking motion using infrared technology. The core function of the TSE InfraMot system is to capture and analyze infrared-based movement data within a controlled environment.

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3 protocols using tse inframot system

Measuring Spontaneous Circadian Activity in Mice

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Spontaneous activity in a home cage setting was measured using the TSE InfraMot system (TSE). The mice were single housed with nesting material and ad libitum access to water and food. Circadian activity was recorded during a period of 8 d. For the analysis, activity measures were divided into 6-h blocks, 12/12 h light/dark periods, and total circadian activity over 24 h. On the last day of the home-cage activity test, the nesting was scored according to a five-point scale (Deacon, 2006 (link)).

Olfat S., Mätlik K., Kopra J.J., Garton D.R., Iivanainen V.H., Bhattacharya D., Jakobsson J., Piepponen T.P, & Andressoo J.O. (2023). Increased Physiological GDNF Levels Have No Effect on Dopamine Neuron Protection and Restoration in a Proteasome Inhibition Mouse Model of Parkinson’s Disease. eNeuro, 10(2), ENEURO.0097-22.2023.

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Infrared Monitoring of Behavioral Activity

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Activity was assessed with a TSE InfraMot system (TSE Systems, Bad Homburg, Germany) which uses infrared sensors to record behavioral activities of the subject by sensing infrared radiation from its body and spatial displacement over time. The sensor assembly was mounted on the top of the microdialysis test chamber, and data was automatically collected in spreadsheets from an interfaced computer. The collected data provides a relative measure of the duration and intensity of the activity. The scanning interval was set to 5 min. The first 30 min of activity counts after each drug-dose/vehicle administration were analyzed.

Keighron J.D., Giancola J.B., Shaffer R.J., DeMarco E.M., Coggiano M.A., Slack R.D., Hauck Newman A, & Tanda G. (2018). Distinct Effects of (R)-Modafinil and its (R)- and (S)-Fluoro-Analogs on Mesolimbic Extracellular Dopamine Assessed by Voltammetry and Microdialysis in Rats. The European journal of neuroscience, 50(3), 2045-2053.

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Infrared-Based Motor Activity Monitoring

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Motor activity was assessed with a TSE InfraMot system (TSE Systems, Homburg, Germany), which uses infrared sensors to register activity of the subject by sensing infrared radiation from its body and its spatial displacement over time. The sensor assembly was mounted on the top of the microdialysis cage. The collected data provides a relative measure of the duration and intensity of the activity. The scanning interval was set to 5 min. We analyzed the first 30 min of counts after each MP dose treatment, including experiments where saline was administered instead of MP.

Lee M.R., Rohn M.C., Zanettini C., Coggiano M.A., Leggio L, & Tanda G. (2019). Effect of systemically administered oxytocin on dose response for methylphenidate self-administration and mesolimbic dopamine levels. Annals of the New York Academy of Sciences, 1455(1), 173-184.

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