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Cardiosys H-01
13th Congress of the Hungarian Neuroscience Society
20th - 22th Jan, 2011
Budapest, Hungary
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Physiological Days 9th - 11th Feb, 2011 Bratsilava, Slovak Republic Diabetes Meeting 14th - 16th Apr, 2011 Tihany, Hungary Romanian Physiological Congress 26th - 28th May, 2011 Targu Mures FAME 2011 8th - 11th Jun, 2011 Pécs, Hungary 8th IBRO World Congress of Neuroscience 14th - 18th Jul, 2011 Florence, Italy ESC Congress 2011 27th - 31th Aug, 2011 Paris, France 10th International Congress of the Polish Neuroscience Society 21th - 24th Sep, 2011 Lodz, Poland 13th Congress of the Hungarian Neuroscience Society 20th - 22th Jan, 2011 Budapest, Hungary Physiological Days 9th - 11th Feb, 2011 Bratsilava, Slovak Republic Diabetes Meeting 14th - 16th Apr, 2011 Tihany, Hungary Romanian Physiological Congress 26th - 28th May, 2011 Targu Mures FAME 2011 8th - 11th Jun, 2011 Pécs, Hungary 8th IBRO World Congress of Neuroscience 14th - 18th Jul, 2011 Florence, Italy ESC Congress 2011 27th - 31th Aug, 2011 Paris, France 10th International Congress of the Polish Neuroscience Society 21th - 24th Sep, 2011 Lodz, Poland |
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NEU-11-DM Drinking Monitor System for Small Laboratory Animals
- for the investigation of drinking rate and volume
- for preference studies
- can be used with any type of animal boxes
- only the real water consumption is detected
- data can be read-out and moved with a handheld device
The DM-01 system was developed for the investigation of drinking behaviour (rate and preference) of small laboratory animals.
The DM-01 system can be tipically used in the preference tests, when the animal has the option to choose freely between two water bottles. This method allows the investigation either of the alcohol and other drug dependence or the intake of antidepressants or anxiolytics. The reduction of dependence can be measured in the first case, while the efficacy of new antidepressants or anxiolytics can be evaluated in the latter one.
There is a substantial decrease or increase in water consumption in several illnesses, like diabetes (insipidus or mellitus), fevers or inflammations. The pathological water intake is normalized with proper treatment or maintenance of these diseases. These can be simply evaluated with the measurement of water consumption rate and volume.
The equipment is robust, however, it is easy to operate. It can be used with any kind of animal boxes (even with custome-made types). The apparatus is clamped to the box or it stands on its own pins. Water consumption is measured by an ultrasonic sensor, which detects the distance between the sensor and the water surface. Due to this special design only the real decrease in water volume will be measured, licking (without water intake) or knocking the tube will not be recorded (0.01 % error). Data are stored in a memory module, which can receive signals from up to four sensors for 24 hours. For more convenient work there is not needed to establish a cable connection between the data module and a computer: recorded numbers can be read-out from the module with a handheld device then they can be imported into the Water Mater software installed anywhere in the lab or office.