Abstract: Systems and methods for measuring an intramedullary length for an orthopedic implant are described herein. A reamer system comprises a reamer shaft and a first reamer head. The reamer shaft comprises a proximal end having a drive coupler, a distal end having a reamer coupler, and markers located along the reamer shaft proximate the proximal end. The first reamer head comprises a head coupler configured to connect with the reamer coupler, and one or more cutting flutes located distal to the head coupler. The markers provide an indication of lengths of the system from a distal tip of the cutting flutes to each of the markers. The markers can be radiopaque. A method of employing the reamer system to measure the intramedullary length is described herein.

Abstract: A sterile wound treatment kit includes a plastic container pouch with a sealed outer periphery. A drug absorbing medium is located within the pouch interior. A syringe accepting fitting is located on the pouch for discharging a treatment drug from a syringe into the pouch interior shortly before treating a patient. The drug absorbing medium then contacts and absorbs the treatment drug. The pouch can be opened at the time of use to allow access to the drug absorbing medium so that the medium can be applied to a wound site. The pouch can also be equipped with a dispensing nozzle for dispensing the treatment medium.

Abstract: A sterile wound treatment kit includes a plastic container pouch with a sealed outer periphery which forms a sterile interior region which isolates the pouch interior from a surrounding environment. A drug absorbing medium is located within the pouch interior and initially isolated from the surrounding environment by the sealed periphery. A syringe accepting fitting is located on the pouch for discharging a treatment drug from a syringe into the pouch interior. The pouch interior is large enough to allow the drug absorbing medium to be shaken within the pouch interior once a drug is injected into the sterile interior region, whereby the drug absorbing medium will contact and evenly absorb the drug treatment. The pouch can be opened at the time of use to allow access to the drug absorbing medium so that the medium can be applied to a wound site.

Abstract: A sterile wound treatment kit includes a plastic container pouch with a sealed outer periphery which forms a sterile interior region which isolates the pouch interior from a surrounding environment. A drug absorbing medium is located within the pouch interior and initially isolated from the surrounding environment by the sealed periphery. A syringe accepting fitting is located on the pouch for discharging a treatment drug from a syringe into the pouch interior. The pouch interior is large enough to allow the drug absorbing medium to be shaken within the pouch interior once a drug is injected into the sterile interior region, whereby the drug absorbing medium will contact and evenly absorb the drug treatment. The pouch can be opened at the time of use to allow access to the drug absorbing medium so that the medium can be applied to a wound site.