The Drosophila CO2 Blowgun (FlyShot) offers variable flow control, with a compact, modern and simple design that makes it the perfect complement for Drosophila Anesthesia Solutions. Lightweight, ergonomic, and initiative to use, the output is a stainless steel needle allowing easy anesthetizing of flies. The needle tip of the apparatus enables controlled CO2 dispersal into pugged or capped vials. This apparatus, when connected to the Flowmate reduces the amount of CO2 necessary compared to continuous flow systems and prevents over-anesthetized specimens.
1. Accurate to 100μm
2. Classic U-frame design
3. Scales are laser engraved
4. Gas anesthesia is compatible
5. Interchangeable adaptors
6. With ear bars, holder and adaptor
7. Vertical and horizontal adjustment of ear and nose posts accommodates rodents of all sizes
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.
The T maze is an enclosed apparatus in the form of a T placed horizontally, similar to the Y maze. Animals usually start from the base (long arm) of the T and allowed to choose one of the goal arms. The test relies on either spontaneous alternation or rewarded alternation(1). See the video for how to grade this maze. Optional food wells, doors, and return to start arms can be added to your order a-la-carte. Non-reflective options are made in the interior of the maze on request.
The Standard Manual Stereotaxic Instrument is important equipment in the fields of neuroanatomy, neurophysiology, neuropharmacology, and neurosurgery. It uses the marks on the surface of the skull (such as the bregma point) as the basic reference point to determine a certain subcortical layer of the animal through three-dimensional movement. The location of the nerve structure (nucleus), and then complete the directional injection, stimulation, destruction, guidance, and positioning of the nerve structure. It can be used to establish animal models of Parkinson’s disease, animal models of epilepsy, brain tumor models, and learning, research on memory, neural stem cell transplantation in the brain, cerebral ischemia, etc. This is the Manual version of the Digital Stereotaxic Instrument for Rat.