During the process of animal surgery or acute anesthetized animal experiment, maintaining animals’ body temperature is very important for the accuracy and reliability of the results, furthermore, it is an important way to reduce the mortality of the animals. To fulfill this need, we have a new generation of homothermic monitoring system “Thermostar”, which is a closed-loop temperature monitor/control system for rodents. The system includes the control unit, 1 flexible rectal probe, 1 heating pad, and 1 heat insulation pad.
The Homeothermic monitoring system is controlled using a 4.3-inch color LCD touch screen, this user interface allows for a clear view of the subject’s real-time core body temperature, the target temperature, and heating state. Audible alarms can be set to alert the user for abnormalities in the subject’s core body temperature.
The injection Cone with Light can efficiently illuminate a mouse tail for easy and quick injection or blood sampling, allowing accurate vein finding and avoiding bleeding. This is the most effective restraint for tail vein injections. This tool is useful for large quantity samplings and the unique design allows an efficient positioning of tailed rodents for maximum results. Our injection cones are an essential tool for any researcher that aims for efficiency and high speed in tail vein injections.
ConductScience offers the Injection Cone with Light
The HeatingPads are part of our Homeothermic Monitoring System. You just need to plug the pads into the controller to heat the rodent. The pads are useful to warm animals quickly and to use before, during, and after surgical procedures.
Made of silicone the pads are made to resist high temperatures, easy to clean, with 3 different sizes, and suitable for different experimental platforms.
ConductScience offers Heating Pads and the Homeothermic Monitoring System.
Gives the ability of your temperature controller to receive real-time feedback from a heating pad, automatically controlling the homeostatic temperature of your rodent or animal model. […]
