Microsurgery is performed under magnification employing advanced diploscopes, specialized precision tools, and various operating procedures, based on delicate manipulation of microstructures that require highly precise and reliable instruments.
The microsurgical methods are primarily used for vascular anastomosis, nerve coaptation, tissue transplantation, and reattachment of the amputated body parts of the rodents.
This 3 chambered device is a fantastic contraption for researchers studying socialization who require an apparatus in which variables may be altered to change the premises of the experiment. The design permits socialization but disallows aggravated socialization so that auspicious and accurate data may be collected. Measurable factors include transitions between chambers, time spent in direct contact, and unique behavioral variables such as jumping and grooming. Accoutrements for this product include floor cues, stainless-steel grids or perforated stainless-steel, to forge an aversive stimulus, and removable doors to establish biased and unbiased conditioned place preference testing.
Oxygen Flowmeter is used to accurately control the gas flow rate. The flowmeter mounting plate and fixing screws can be added to the RWD large and small animal anesthesia machine fixed bracket to control the air source input flow rate of the RWD anesthesia machine.
And with the international standard ISO connector, the lower end is connected with an 8mm PVC pipe or silicone tube for gas source input, and the upper end is connected to the evaporator through a short section of 6mm silicone tube.
In addition, the oxygen flow meter and the laughing gas flow meter can also be used in parallel. After the oxygen and the laughing gas are mixed, they are mixed with isoflurane or sevoflurane through the evaporator to output mixed anesthetic gas to achieve better anesthesia and analgesia.