A Stereotaxic Digital Compatible Active Anesthesia System is a specialized setup used in small rodent surgical procedures that involve precise manipulation of brain tissues. It combines a stereotaxic frame (a tool for accurately positioning the animal’s head) with a compatible active anesthesia system. This setup allows for the precise delivery of anesthetic gases and continuous monitoring of the animal’s vital signs during surgery.
The stereotaxic impactor is a novel device used for traumatic brain injury (TBI) induction. Allows the experimenters to create a neurotrauma model with an unprecedented degree of reproducibility of the direction of impact and position of the injury.
Highly friendly tool for assessing cord injury mechanisms in basic medical research. This impactor can be perfectly locked and impacted in the spinal cord and combined with our adapters Model RWD-68094 (Mice) and Model RWD-68095 (Rats).
Description This solution is specially used for neuroscience research. Unique stereotaxic frame nosecone masks are designed to combine the anesthesia system and stereotaxic location system, which […]
A stereotaxic microdrill holder is a tool used in neurosurgery to precisely position a microdrill at a specific location in the brain. The tool is attached to a stereotaxic frame, which is a device that allows for the precise localization of specific brain regions.
The Microdrill Holder fixes the hand-held cranial drill to the operating arm of the locator controlling the drilling depth through the lifting of the operating arm. With this, the procedure is simple and accurate to avoid damage to the animal’s brain tissue or excessive drilling.
The holding range is 14.5mm.
Conduct Science offers Microdrill Holders and Microdrill
Introduction Stereotactic neurosurgery is the surgical technique used in pre-clinical research to engraft a needle or electrode at a pre-defined location in the rodent’s brain. Stereotactic […]
The tail suspension test is a standard test of depression. Mice and Rats are hung to the apparatus and time struggling is an approximate measure of […]
