Features Conduct Science coronal brain matrices are crafted from stainless steel. They aid in the dissection of specific regions of a rodent brain, enabling the investigator […]
Features Conduct Science Sagittal Brain Matrices are used to section the brain into sagittal slices. Crafted from stainless steel, they aid in the dissection of specific […]
Weight Drop TBI models are used to replicating focal cerebral contusions as well as traumatic, diffuse brain injury by axonal damage. Attach a metal loop to the top end of the desired weight allowing the fishing line to be fastened to the weight. The plastic guide tube is held in place with a clamp stand and positioned above the scored tin foil. The fishing line is then attached through the metal loop to the weight ensuring that the bottom of the weight hangs freely over the scored tin foil. The fishing line is then connected to the clamp stand, and the weight is drawn up through the plastic guide tube with the fishing line and secured in its position with an Allen key pin.
The Microdrill is made for cranial perforation function. It can be either a hand-held drill or fixed to the cranial drill holder of the stereotactic instrument, which makes it simple to operate and easy to master.
The MCAO Monofilament Sutures are made of silicone-wrapped nylon thread, to ensure that the suture occlusion can easily enter the common carotid artery from the external carotid artery, and finally enter the MCA branch of the internal carotid artery without piercing the inner wall of the vessel and changing the original direction of the vessel. It can also ensure a higher success rate of modeling meanwhile achieving a more realistic modeling effect.
ConductScience offers the Silicone Coated MCAO Monofilament Suture.
The SCI device is constructed using a steel impounder inserted into a Teflon base. The impounder is attached to the end of the hollow tube by a horizontal pin to guide the weight and to prevent it from bouncing on impact. The weight is made of Teflon coated stainless steel and is supported by a removable pin which is also used to release the weight. Rod magnet is used for retrieval of the weight after the injury.
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.
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
