Vascular Access Buttons™
Bright as a Button
Instech's revolutionary Vascular Access Buttons™ feature PinPort™ technology that simply and cleanly connects an implanted catheter to a syringe for direct access, or to a tether for continuous access.
Buttons are implanted subcutaneously during catheterization surgery and offer great long-term patency and the option of group housing. An animal welfare refinement over many other methods of vascular access, they are quickly becoming the preferred method of catheter exteriorization for mice (one or two catheters) and rats (one to four catheters). Buttons are part of the "Be Nice" family!
Buttons & Tethers
Showing all 7 results
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Buttons & Tethers, Infusion, Instech Laboratories, Vascular Access Buttons™
One Channel Vascular Access Button™ for Mice
0 out of 5(0)Instech’s revolutionary Vascular Access Buttons™ feature PinPort™ technology that simply and cleanly connects an implanted catheter to a syringe for direct access, or to a tether for continuous access.
Buttons are implanted subcutaneously during catheterization surgery and offer great long-term patency and the option of group housing. They are quickly becoming the preferred method of catheter exteriorization for mice (one or two catheters) and rats (one to four catheters).
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Buttons & Tethers, Infusion, Instech Laboratories, Vascular Access Buttons™
Silicone Mesh Vascular Access Button™ for Mice
0 out of 5(0)This VAB™ variant was developed for the surgeons at The Jackson Laboratory who needed a design that would work with their diverse strains of mice. The button provides a number of benefits over a simple exteriorized catheter:
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Buttons & Tethers, Infusion, Instech Laboratories, Vascular Access Buttons™
Two Channel Vascular Access Button™ for Mice
0 out of 5(0)Instech’s revolutionary Vascular Access Buttons™ feature PinPort™ technology that simply and cleanly connects an implanted catheter to a syringe for direct access, or to a tether for continuous access.
Buttons are implanted subcutaneously during catheterization surgery and offer great long-term patency and the option of group housing. They are quickly becoming the preferred method of catheter exteriorization for mice (one or two catheters) and rats (one to four catheters).
-
Buttons & Tethers, Infusion, Instech Laboratories, Vascular Access Buttons™
One Channel Vascular Access Button™ for Mice
0 out of 5(0)Instech’s revolutionary Vascular Access Buttons™ feature PinPort™ technology that simply and cleanly connects an implanted catheter to a syringe for direct access, or to a tether for continuous access.
Buttons are implanted subcutaneously during catheterization surgery and offer great long-term patency and the option of group housing. They are quickly becoming the preferred method of catheter exteriorization for mice (one or two catheters) and rats (one to four catheters).
SKU: VABM1 -
Buttons & Tethers, Infusion, Instech Laboratories, Vascular Access Buttons™
Silicone Mesh Vascular Access Button™ for Mice
0 out of 5(0)This VAB™ variant was developed for the surgeons at The Jackson Laboratory who needed a design that would work with their diverse strains of mice. The button provides a number of benefits over a simple exteriorized catheter:
SKU: VAB62SMBS -
Buttons & Tethers, Infusion, Instech Laboratories, Vascular Access Buttons™
Two Channel Vascular Access Button™ for Mice
0 out of 5(0)Instech’s revolutionary Vascular Access Buttons™ feature PinPort™ technology that simply and cleanly connects an implanted catheter to a syringe for direct access, or to a tether for continuous access.
Buttons are implanted subcutaneously during catheterization surgery and offer great long-term patency and the option of group housing. They are quickly becoming the preferred method of catheter exteriorization for mice (one or two catheters) and rats (one to four catheters).
SKU: VABM2
-
Buttons & Tethers, Infusion, Instech Laboratories, Vascular Access Buttons™
One Channel Vascular Access Button™ for Mice
Instech’s revolutionary Vascular Access Buttons™ feature PinPort™ technology that simply and cleanly connects an implanted catheter to a syringe for direct access, or to a tether for continuous access.
Buttons are implanted subcutaneously during catheterization surgery and offer great long-term patency and the option of group housing. They are quickly becoming the preferred method of catheter exteriorization for mice (one or two catheters) and rats (one to four catheters).
0 out of 5(0) -
Buttons & Tethers, Infusion, Instech Laboratories, Vascular Access Buttons™
Silicone Mesh Vascular Access Button™ for Mice
This VAB™ variant was developed for the surgeons at The Jackson Laboratory who needed a design that would work with their diverse strains of mice. The button provides a number of benefits over a simple exteriorized catheter:
0 out of 5(0) -
Buttons & Tethers, Infusion, Instech Laboratories, Vascular Access Buttons™
Two Channel Vascular Access Button™ for Mice
Instech’s revolutionary Vascular Access Buttons™ feature PinPort™ technology that simply and cleanly connects an implanted catheter to a syringe for direct access, or to a tether for continuous access.
Buttons are implanted subcutaneously during catheterization surgery and offer great long-term patency and the option of group housing. They are quickly becoming the preferred method of catheter exteriorization for mice (one or two catheters) and rats (one to four catheters).
0 out of 5(0)
Showing all 7 results