arthrex patella fracture plate

In addition, the anterior F.A.S.T. The Acumed Lateral Border Plate provides an innovative plating system for stabilizing scapula body and glenoid neck fractures. An interactive learning environment for enhancing education and training. The Arthrex SuturePlate II system can be used to address various types of patella fractures. This may lead to arthritis of the knee joint. Certain products may not be approved for sale in all countries. patient care with ease and efficiency, Modern tools to help your orthopedic surgery center, Personalizedstrategyandsolutionsfor yourambulatorysurgerycenter. The Right Material For Each Indication Properties of Titanium Alloy Implants Corrosion resistant Low modulus of elasticity (prevents stress shielding) Enhanced MRI & CT resolution (fewer artefacts) Non-allergenic Permanent implantation option Properties of Stainless Steel Implants Ductility (bendable) High strength (significantly stiffer than titanium alloy) Reduced oss. Biometsexistingnon-locking perimeter plate and the A.L.P.S. All plates are made of titanium and have a low-profile thickness of 1.6 mm with screws sitting flush on the plate. Seven new indication specific plates. A short arm cast is applied. Straight Plate Broad, Titanium, 1.6 mm, 5 Hole, Straight Plate Broad, Titanium, 1.6 mm, 6 Hole, Straight Plate Broad, Titanium, 1.6 mm, 7 Hole, Straight Plate Broad, Titanium, 1.6 mm, 8 Hole, Straight Plate Broad, Titanium, 1.6 mm, 9 Hole, Straight Plate Broad, Titanium, 1.6 mm, 10 Hole, T-Plate, Titanium, 1.6 mm, 2-Hole / 3-Hole, T-Plate Broad, Titanium, 1.6 mm, 2-Hole / 3-Hole, T-Plate Broad, Titanium, 1.6 mm, 3-Hole / 4-Hole, Low-Profile Cortical Screw, Titanium, 1.6 X 6 mm, Low-Profile Cortical Screw, Titanium, 1.6 X 7 mm, Low-Profile Cortical Screw, Titanium, 1.6 X 8 mm, Low-Profile Cortical Screw, Titanium, 1.6 X 9 mm, Low-Profile Cortical Screw, Titanium, 1.6 X 10 mm, Low-Profile Cortical Screw, Titanium, 1.6 X 11 mm, Low-Profile Cortical Screw, Titanium, 1.6 X 12 mm, Low-Profile Cortical Screw, Titanium, 1.6 X 13 mm, Low-Profile Cortical Screw, Titanium, 1.6 X 14 mm, Low-Profile Cortical Screw, Titanium, 1.6 X 16 mm, Low-Profile Cortical Screw, Titanium, 1.6 X 18 mm, Low-Profile Cortical Screw, Titanium, 1.6 X 20 mm, Low-Profile VAL Screw, Titanium, 1.6 X 6 mm, Low-Profile VAL Screw, Titanium, 1.6 X 7 mm, Low-Profile VAL Screw, Titanium, 1.6 X 8 mm, Low-Profile VAL Screw, Titanium, 1.6 X 9 mm, Low-Profile VAL Screw, Titanium, 1.6 X 10 mm, Low-Profile VAL Screw, Titanium, 1.6 X 11 mm, Low-Profile VAL Screw, Titanium, 1.6 X 12 mm, Low-Profile VAL Screw, Titanium, 1.6 X 13 mm, Low-Profile VAL Screw, Titanium, 1.6 X 14 mm, Low-Profile VAL Screw, Titanium, 1.6 X 16 mm, Low-Profile VAL Screw, Titanium, 1.6 X 18 mm, Low-Profile VAL Screw, Titanium, 1.6 X 20 mm, Straight Plate, Titanium, 2.0 mm, 10 Hole, Straight Plate, Titanium, 2.0 mm, 11 Hole, Straight Plate, Titanium, 2.0 mm, 12 Hole, Straight Plate, Titanium, 2.0 mm, 13 Hole, Straight Plate, Titanium, 2.0 mm, 14 Hole, Straight Plate, Titanium, 2.0 mm, 15 Hole, T-Plate, Titanium, 2.0 mm, 2-Hole / 4-Hole, T-Plate, Titanium, 2.0 mm, 3-Hole / 4-Hole, Low-Profile VAL Screw, Titanium, 2.0 X 6 mm, Low-Profile VAL Screw, Titanium, 2.0 X 7 mm, Low-Profile VAL Screw, Titanium, 2.0 X 8 mm, Low-Profile VAL Screw, Titanium, 2.0 X 9 mm, Low-Profile VAL Screw, Titanium, 2.0 X 10 mm, Low-Profile VAL Screw, Titanium, 2.0 X 11 mm, Low-Profile VAL Screw, Titanium, 2.0 X 12 mm, Low-Profile VAL Screw, Titanium, 2.0 X 13 mm, Low-Profile VAL Screw, Titanium, 2.0 X 14 mm, Low-Profile VAL Screw, Titanium, 2.0 X 16 mm, Low-Profile VAL Screw, Titanium, 2.0 X 18 mm, Low-Profile VAL Screw, Titanium, 2.0 X 20 mm, Low-Profile VAL Screw, Titanium, 2.0 X 22 mm, Low-Profile VAL Screw, Titanium, 2.0 X 24 mm, Low-Profile VAL Screw, Titanium, 2.0 X 26 mm, Low-Profile VAL Screw, Titanium, 2.0 X 28 mm, Low-Profile VAL Screw, Titanium, 2.0 X 30 mm, Straight Plate, Titanium, 2.4 mm, 10 Hole, Straight Plate, Titanium, 2.4 mm, 11 Hole, Straight Plate, Titanium, 2.4 mm, 12 Hole, Straight Plate, Titanium, 2.4 mm, 13 Hole, Straight Plate, Titanium, 2.4 mm, 14 Hole, Straight Plate, Titanium, 2.4 mm, 15 Hole, T-Plate, Titanium, 2.4 mm, 2-Hole / 4-Hole, T-Plate, Titanium, 2.4 mm, 3-Hole / 4-Hole, Low-Profile VAL Screw, Titanium, 2.4 X 8 mm, Low-Profile VAL Screw, Titanium, 2.4 X 9 mm, Low-Profile VAL Screw, Titanium, 2.4 x10 mm, Low-Profile VAL Screw, Titanium, 2.4 X 11 mm, Low-Profile VAL Screw, Titanium, 2.4 X 12 mm, Low-Profile VAL Screw, Titanium, 2.4 X 13 mm, Low-Profile VAL Screw, Titanium, 2.4 X 14 mm, Low-Profile VAL Screw, Titanium, 2.4 X 16 mm,Low-Profile VAL Screw, Titanium, 2.4 X 16 mm, Low-Profile VAL Screw, Titanium, 2.4 X 18 mm, Low-Profile VAL Screw, Titanium, 2.4 X 20 mm, Low-Profile VAL Screw, Titanium, 2.4 X 22 mm, Low-Profile VAL Screw, Titanium, 2.4 X 24 mm, Low-Profile VAL Screw, Titanium, 2.4 X 26 mm, Low-Profile VAL Screw, Titanium, 2.4 X 28 mm, Low-Profile VAL Screw, Titanium, 2.4 X 30 mm, Straight Plate, Titanium, 3.0 mm, 10 Hole, Straight Plate, Titanium, 3.0 mm, 11 Hole, Straight Plate, Titanium, 3.0 mm, 12 Hole, Straight Plate, Titanium, 3.0 mm, 13 Hole, Straight Plate, Titanium, 3.0 mm, 14 Hole, Straight Plate, Titanium, 3.0 mm, 15 Hole, T-Plate, Titanium, 3.0 mm, 2-Hole / 4-Hole, T-Plate, Titanium, 3.0 mm, 3-Hole / 4-Hole, Low-Profile Cortical Screw, Titanium, 3.0 X 8 mm, Low-Profile Cortical Screw, Titanium, 3.0 X 10 mm, Low-Profile Cortical Screw, Titanium, 3.0 X 12 mm, Low-Profile Cortical Screw, Titanium, 3.0 X 14 mm, Low-Profile Cortical Screw, Titanium, 3.0 X 16 mm, Low-Profile Cortical Screw, Titanium, 3.0 X 18 mm, Low-Profile Cortical Screw, Titanium, 3.0 X 20 mm, Low-Profile Cortical Screw, Titanium, 3.0 X 22 mm, Low-Profile Cortical Screw, Titanium, 3.0 X 24 mm, Low-Profile Cortical Screw, Titanium, 3.0 X 26 mm, Low-Profile Cortical Screw, Titanium, 3.0 X 28 mm, Low-Profile Cortical Screw, Titanium, 3.0 X 30 mm, Low-Profile Cortical Screw, Titanium, 3.0 X 32 mm, Low-Profile Cortical Screw, Titanium, 3.0 X 34 mm, Low-Profile Cortical Screw, Titanium, 3.0 X 36 mm, Low-Profile Cortical Screw, Titanium, 3.0 X 38 mm, Low-Profile Cortical Screw, Titanium, 3.0 X 40 mm, Low-Profile Locking Screw, Titanium, 3.0 X 8 mm, Low-Profile Locking Screw, Titanium, 3.0 X 10 mm, Low-Profile Locking Screw, Titanium, 3.0 X 12 mm, Low-Profile Locking Screw, Titanium, 3.0 X 14 mm, Low-Profile Locking Screw, Titanium, 3.0 X 16 mm, Low-Profile Locking Screw, Titanium, 3.0 X 18 mm, Low-Profile Locking Screw, Titanium, 3.0 X 20 mm, Low-Profile Locking Screw, Titanium, 3.0 X 22 mm, Low-Profile Locking Screw, Titanium, 3.0 X 24 mm, Low-Profile Locking Screw, Titanium, 3.0 X 26 mm, Low-Profile Locking Screw, Titanium, 3.0 X 28 mm, Low-Profile Locking Screw, Titanium, 3.0 X 30 mm, Low-Profile Locking Screw, Titanium, 3.0 X 32 mm, Low-Profile Locking Screw, Titanium, 3.0 X 34 mm, Low-Profile Locking Screw, Titanium, 3.0 X 36 mm, Low-Profile Locking Screw, Titanium, 3.0 X 38 mm, Low-Profile Locking Screw, Titanium, 3.0 X 40 mm, Low-Profile VAL Screw, Titanium, 3.0 X 8 mm, Low-Profile VAL Screw, Titanium, 3.0 X 10 mm, Low-Profile VAL Screw, Titanium, 3.0 X 12 mm, Low-Profile VAL Screw, Titanium, 3.0 X 14 mm, Low-Profile VAL Screw, Titanium, 3.0 X 16 mm, Low-Profile VAL Screw, Titanium, 3.0 X 18 mm,Low-Profile VAL Screw, Titanium, 3.0 X 18 mm, Low-Profile VAL Screw, Titanium, 3.0 X 20 mm, Low-Profile VAL Screw, Titanium, 3.0 X 22 mm, Low-Profile VAL Screw, Titanium, 3.0 X 24 mm, Low-Profile VAL Screw, Titanium, 3.0 X 26 mm, Low-Profile VAL Screw, Titanium, 3.0 X 28 mm, Low-Profile VAL Screw, Titanium, 3.0 X 30 mm,Low-Profile VAL Screw, Titanium, 3.0 X 30 mm, Low-Profile VAL Screw, Titanium, 3.0 X 32 mm, Low-Profile VAL Screw, Titanium, 3.0 X 34 mm, Low-Profile VAL Screw, Titanium, 3.0 X 36 mm, Low-Profile VAL Screw, Titanium, 3.0 X 38 mm, Low-Profile VAL Screw, Titanium, 3.0 X 40 mm, Low-Profile Locking Screw, SS, 4.0 X 18 mm, Low-Profile Locking Screw, SS, 4.0 X 20 mm, Low-Profile Locking Screw, SS, 4.0 X 22 mm, Low-Profile Locking Screw, SS, 4.0 X 24 mm, Low-Profile Locking Screw, SS, 4.0 X 26 mm, Low-Profile Locking Screw, SS, 4.0 X 28 mm, Low-Profile Locking Screw, SS, 4.0 X 30 mm, Low-Profile Locking Screw, SS, 4.0 X 32 mm, Low-Profile Locking Screw, SS, 4.0 X 34 mm, Low-Profile Locking Screw, SS, 4.0 X 36 mm, Low-Profile Locking Screw, SS, 4.0 X 38 mm, Low-Profile Locking Screw, SS, 4.0 X 40 mm, Low-Profile Locking Screw, SS, 4.0 X 42 mm, Low-Profile Locking Screw, SS, 4.0 X 44 mm, Low-Profile Locking Screw, SS, 4.0 X 46 mm, Low-Profile Locking Screw, SS, 4.0 X 48 mm, Low-Profile Locking Screw, SS, 4.0 X 50 mm, Low-Profile Locking Screw, SS, 4.0 X 52 mm, Low-Profile Locking Screw, SS, 4.0 X 54 mm, Low-Profile Locking Screw, SS, 4.0 X 56 mm, Low-Profile Locking Screw, SS, 4.0 X 58 mm, Low-Profile Locking Screw, SS 4.0 X 60 mm, Low-Profile Locking Screw, SS 4.0 X 65 mm, Guidewire with Trocar Tip, 1.1 mm X 150 mm, Depth Device, 2.7/ 3.5/ 4.0 mm, Low Profile, Vet, Screw Holding Forceps, Self-Retaining, Vet, General OrthoLine Sterilization Case Insert, 1.6 mm and Broad 1.6 mm OrthoLine Plates and Screws, 3.5 mm and Broad 3.5 mm/4.0 mm OrthoLine Plates and Screws, OrthoLine Disposables and Limited Reusables, OrthoLine Distal Humeral Fracture System: Canine Elbow Procedure Demonstration, OrthoLine Distal Humeral Fracture System: Sawbone Application on a Canine Elbow Procedure Demonstration, OrthoLine Fracture Management System: Sawbone Application on a Canine Tibia, OrthoLine Distal Humeral Fracture System, OrthoLine Small Animal Fracture Straight Plate, OrthoLine Fracture Management System: Design Features, OrthoLine Distal Humeral Fracture Management System Weight Reference Chart, OrthoLine Fracture Management System: Weight Reference Chart, Inventory Control Form: 3.5 mm Fracture Plates and Screws, Inventory Control Form: 3.0 mm Fracture Plates and Screws, Inventory Control Form: 1.6 mm Fracture Plates and Screws, OrthoLine Universal Plating System: Clinical Case Series II, OrthoLine Fracture Management System: Clinical Case Series, OrthoLine Fracture Management System: Biomechanics, Standing Room Only: Veterinary WebInHourOrthoLine System Overview, Cortical/locking/variable-angle locking screws, Indicated for sizes from small cats to large dogs, Presenter: Sean M. Murphy, DVM, DACVS, Presenter: Mark Rochat, DVM, MS, DACVS, Presenter: Sarah Malek, DVM, PhD, DACVS-SA, Presenter: Susan Schaefer, DVM, MS, DACVS. Fixation. Arthrex, Naples, FL, USA) is a novel locking plate, which addresses the aforementioned limitations. Patella Fracture. All plates are made of titanium and have a low-profile thickness of 1.6 mm with screws sitting flush on the plate. It covers the incision, the desired outcome, the osteotomy and fixation. Minimally-Invasive and Mesh Calcaneus Plating System features two distinct and anatomically contoured plate designs that address a variety of calcaneus fractures, while meeting the stress requirements present in the trabecular anatomy of the calcaneus. The mesh plates, which are offered in short and long lengths, can be cut and contoured to the desired size and shape based on fracture patterns. Policy. Compression and locking in one step. The demonstration is performed by Dr. Donald Bohay and John Anderson of Grand Rapids, MI. The low-profile design reduces prominence under the skin and features, limiting bone-to-plate contact. options for calcaneus fracture management.. Are you a medical professional residing in France? Fit for patients Fit for procedures Fit for you Fit for the future Contact Related categories Orthopaedics What are the signs and symptoms of a patellar fracture? Your healthcare provider may recommend trying to avoid stairs, squatting and bending, when possible, to limit stress on your knee and prevent future complications. Designed with the surgeon in mind, the plates have many features to help create a more reproducible procedure: The locking straight plates include a slide hole, which allows slight movement across the fracture line to facilitate the best plate placement. Our plating portfolio ranges from indication specific plates and patented Smartlock technology to streamlined instrumentation for ease-of-use in the OR. Radiological studies revealed right distal radial fracture in two locations. Patellar stability and osteosynthesis rates have been shown to improve significantly with locked plates.2 Arthrex mesh plates can be used in conjunction with this set for fixation of these frequently challenging injuries. Distal femur fractures are traumatic injuries involving the region extending from the distal metaphyseal-diaphyseal junction to the articular surface of the femoral condyles. Dr. Schiff shares his experiences with the VariAx 2 plating platform. Additional features designed to aid in proper plate placement include K-wire holes, variable-angle locking screws for the titanium lines, slide holes, and compression holes. Recovery can be long, and side effects are common. Lateral column lengthening with VariAx plate. Transect the ribs of the involved vertebra 3-4 cm lateral to the costotransverse joint and bluntly dissect the pleura from the vertebra. The aim of the PSCG is to dene the PSCG is anatomical. the plate will alter targeting guide alignment. intra-articular screw placement. The healing process for a patella fracture can vary, depending on the severity of your break and whether you had surgery or not. It includes 4.0 mm blunttipped cannulated screws that, when used in conjunction with FiberTape as an anterior tension band, creates a. The purpose of this study was to determine if a tension band constructed of FiberWire (Arthrex, Naples, FL), a high-strength polyester and polyethylene suture, will provide fixation that is equivalent to an 18-gauge metal wire tension band. Patellar plating. They may also be able to feel the edges of the fractured bone pieces through your skin. Mechanical testing #DVA-107504-DVER. If youve fractured your patella, you may have a long recovery ahead. While most fractures are done healing within three to six months, its not uncommon for people to report long-term complications. Keywords: Patella, Fractures, Mesh plates INTRODUCTION Fractures of the patella account for about 1% of all skeletal injuries. syndesmosis and shoulder tightropes and patella fracture plates as well as surgical arthroscopy stack and PRP machine placements. 1. This allows the A recent study evaluated construct failure after an open reduction and plate fixation and reported a construct failure rate of 6.9% of which 1.9% were related to broken plates. It covers the incision, the desired outcome, the osteotomy and fixation. If you think you can, but it is still painful, its probably best not to try until you have been diagnosed. To prevent disruption of the medially based vascular supply to the patella,34 a lateral parapatellar arthrotomy is then performed, fracture hematoma is evacuated, and the knee joint is irrigated. could be slightly varied (outside of the targeting guide) with either 2.7 mm, 3.5 mm and4.0 mm locking screws that can be inserted into maximize screw position and limit intra-articular and neurovascular compromise.