Introduction: Sleep is an action necessary to restore mental and physical strength. Sleep disorders affect brain thinking and lead to disease. As a result, the body changes from a healthy state to a sub-healthy or even a disease state. In order to study sleep disorders and develop anti-fatigue drugs or health products. Requires pre-animal model experiments, so sleep deprivation equipment is an essential instrument. The existing sleep deprivation equipment basically adopts three kinds: a rotating drum plus a middle partition mode, a rotating cage mode and a water platform mode. The rotating drum model drives the rats to deprive them of sleep. In theory, when the rotation speed is low, the rats have a long rest time, resulting in intermittent sleep deprivation. When the rotation speed is high, the choice of sleep deprivation mode is reduced. Rotating cage mode is driven by the motor to rotate the cage continuously, in which the experimental animals passively follow the running, in order to achieve the purpose of deprivation of sleep, due to the angle defect of its food basket and cage, sometimes the head of the animal's head can be seen in the trough. Rotation between cages leads to death. Most of the water-based sleep deprivations are modified on animal treadmills and are mainly used for the deprivation of rapid eye movement sleep disorder (REM Slein). Under longer experimental deprivations, animal deaths are likely to occur. In addition, the interference between the animals in the platform-type sleep deprivation experiment was also large, and the instruments were bulky and noisy. The SA108 sleep deprivation device for large mice is designed based on similar products imported from the United States and adopts a cage model to provide a standard living environment that includes food and water support. It does not require the animal to be in a walking state. It can scan the bottom of the cage with a deprivation rod with an adjustable cycle to achieve an experimental environment for animal deprivation. Technical Parameters: Power: 12V Full-room scanning duration: 12s Scan mode: continuous mode, periodic intermittent mode All rooms can be selected for long period: 0.25, 0.5, 1, 1.5, 2, 3, 4, 5, 10, 15, 20, 25, 30 (min) External start input and output function: diameter 2.5mm, 3-core The original imported German sleeve, no need to add oil for prolonged use Brushed metal surface treatment, sheet metal base The cage size: 464×300×180mm Weight: 8.5KG Optional enhanced deprivation devices such as shock rods and loudspeakers
Introduction: Sleep is an action necessary to restore mental and physical strength. Sleep disorders affect brain thinking and lead to disease. As a result, the body changes from a healthy state to a sub-healthy or even a disease state. In order to study sleep disorders and develop anti-fatigue drugs or health products. Requires pre-animal model experiments, so sleep deprivation equipment is an essential instrument. The existing sleep deprivation equipment basically adopts three kinds: a rotating drum plus a middle partition mode, a rotating cage mode and a water platform mode. The rotating drum model drives the rats to deprive them of sleep. In theory, when the rotation speed is low, the rats have a long rest time, resulting in intermittent sleep deprivation. When the rotation speed is high, the choice of sleep deprivation mode is reduced. Rotating cage mode is driven by the motor to rotate the cage continuously, in which the experimental animals passively follow the running, in order to achieve the purpose of deprivation of sleep, due to the angle defect of its food basket and cage, sometimes the head of the animal's head can be seen in the trough. Rotation between cages leads to death. Most of the water-based sleep deprivations are modified on animal treadmills and are mainly used for the deprivation of rapid eye movement sleep disorder (REM Slein). Under longer experimental deprivations, animal deaths are likely to occur. In addition, the interference between the animals in the platform-type sleep deprivation experiment was also large, and the instruments were bulky and noisy. The SA108 sleep deprivation device for large mice is designed based on similar products imported from the United States and adopts a cage model to provide a standard living environment that includes food and water support. It does not require the animal to be in a walking state. It can scan the bottom of the cage with a deprivation rod with an adjustable cycle to achieve an experimental environment for animal deprivation.
