Open reduction and augmentation of internal xation with an injectable skeletal cement for the treatment of complex calcaneal fractures. Some more recent additions to the repertoire of biomaterials include naturally derived or recombinantly produced biological polymers. Bioactive or reactive ceramics are designed with specic surface properties that are intended to react with the local host environment and to elicit a desired tissue response. Seval Selver SOAN W. Cheng, Y. Li, and W. Manyi, Comparison study of two surgical options for distal tibia fracture - Minimally invasive plate osteosynthesis vs. open reduction and internal fixation, International Orthopaedics, vol. Novel titanium foam for bone tissue engineering. Mcahit SEME, Hatice KAYA A. Nunley, M. S. Myerson, and M. Sanders, Clinical rating systems for the ankle-hindfoot, midfoot, hallux, and lesser toes, Foot & Ankle International, vol. Clin Orthop 1984; 252262. With. WebKamano M, Honda Y, Kazuki K, Yasudab M. Palmar plating with calcium phosphate bone cement for unstable Colles fractures. Cataract surgery: Technique, Complications, and Management. Pnar GNEL, Ebubekir DRCAN Biomaterials Science: An Introduction to Materials in Medicine. Thus, silicone is a good example of the complexity surrounding the testing of both efcacy and safety for biomaterials. (Reprinted from Ref. Adnan TA, Ozge KILIC Foot and Ankle, Calcaneal Plating System: Espaol ES: Jul 30, 2014: Pelvic Plating System Case Study: Acetabular Fracture with Displaced Anterior Column and Quadrilateral Surface Disruption (TMA70-03-A) Case Study: Hip and Pelvis, Pelvic Plating System: English EN: Jun 24, 2014: Calc-Jak surgical Technique (FNA10-00-B) Surgical To quantify pain and functional disability, the American Orthopaedic Foot and Ankle Society (AOFAS) ankle-hindfoot scale questionnaire [14] was used. 11121116, 2013. Glasses and Glass Ceramics. Asaio J 2000;46(5):515521. Minimally invasive plating osteosynthesis (MIPO) is an alternative that enables indirect reduction and stable fixation with minimal soft tissue complication. Consulting the computerized archives of our hospital, we found that the following information was recorded: patients age and gender, trauma mechanism, fracture type, closed or open (classified according to the Gustilo-Anderson criteria [12]), soft tissue condition after trauma, surgical technique performed, and time elapsed between trauma and surgery. Uurcan BALYEMEZ, Suzan DNK Can SEZER, Sevin Pren YCEL KARAKAYA (a) The anterolateral approach is useful for fixation of many tibial pilon fractures. The most recent of the major orthopedic metallic alloys to be employed as biomaterials are titanium alloys. Galvanic corrosion can occur because all metals have a different tendency to corrode. Successful, new biomaterials will require the optimization of a variety of parameters and the cooperation of interdisciplinary scientists, engineers, and clinicians. Korhan KILI Partial weight bearing and exercises were started after callus formation, while full weight bearing was allowed after bone union. Photographs of stainless steel (a), cobaltchromium (b), and titanium alloy (Ti6Al4V) (c) hip implants. Macrophages also. In the event that the body cannot eliminate a foreign object through phagocytosis, activated macrophages and foreign body giant cells remain around the implant and can promote a chronic localized area of inammation. WebMatrix COMBO Plating Set; Locking Calcaneal Plates; MAXFRAME AUTOSTRUT Multi-Axial Correction System; Hip System is the first DePuy Synthes stem designed to be utilized with tissue sparing approaches, such as the anterior approach, as well as traditional approaches. Some examples of addition reaction polymeric biomaterials include polyethylene, poly(ethylene glycol) (PEG), poly(N-isopropylacrlyamide), and poly(hydroxyethyl methacrylate) (PHEMA). For example, within the body, poly(lactic acid) will degrade over many months to years, but poly(glycolic acid) can degrade over a few days or weeks. Yavuzalp SOLAK. ukurova Pediatri Gnleri Kongre Bildirileri zel Says, COVID-19'lu Bbrek Nakli Alclarnn Klinik Takibi: Bir Vaka Serisi, A COMPARISON OF PSYCHOTROPIC DRUG PREFERENCES AND SIDE EFFECTS IN OLD AND YOUNG PATIENTS WITH SCHIZOPHRENIA, Erken Dnem Civciv Embriyo Modelinde Dimenhidrinatn Nral Tp Geliimi zerine Etkisinin ncelenmesi. Plate features locking compression holes and round locking holes that accepts 2.4mm cortical and locking screws. Auxein Mxico S.A. de C.V. Smith WF, Foundations of Materials Science and Engineering. Oxide Ceramics. Murat KIZILGN Spine 2000;25:563569. However, the proper surgical treatment must be carefully chosen for these challenging fractures. Classification of colorectal cancer based on gene sequencing data with XGBoost model: An application of public health informatics, 31. N: number of patients; %: percentage of patients referred to the whole cohort. In a manner similar to that of the term biomaterials, the term biocompatibility has experienced many changing denitions over the past several decades. Often, the use of biomaterials focuses on the augmentation, replacement, or restoration of diseased or damaged tissues and organs. Boca Raton (FL): CRC Press; 1994. Prognostic significance of the optic nerve sheath diameter in acute respiratory failure, 32. How do these ankles function over time? The Journal of Bone & Joint Surgery, vol. Designed and developed in partnership with the AO* with a commitment to ergonomics, reliability and efficiency, so the focus remains on the outcome, without distraction. First, a nonporous, inert ceramic material could be attached via glues, surface irregularities, or press-lling methods. Specifically, MIPO was correlated to lower complication rates, as this technique is less invasive and preserves soft tissue, which is often seriously damaged before surgery [1, 37, 38]. Handbood of Biomaterial Properties. ADVERTISEMENT: Supporters see fewer/no ads, Please Note: You can also scroll through stacks with your mouse wheel or the keyboard arrow keys. The particles range in size from, Figure 10. The patients received a thorough explanation of this study and gave their oral and written informed consent to be included in this analysis as well as for publication of these cases, anonymous data, and pictures. According to our institutional protocol, the choice to proceed directly with definitive fixation by ORIF or MIPO was based on the absence of any open injuries, good condition of soft tissue or recovery of soft tissue during the days after trauma, and the fracture pattern. WebHome Page: The Journal of Arthroplasty - arthroplastyjournal.org Emergency Radiology Cases (Cases in Radiology). 5.Ratner BD, Hoffman AS, Schoen FJ, Lemons JE, editors. All subjects participating in this retrospective and experimental study received a thorough explanation of the risks and benefits of inclusion and gave their oral and written informed consent to publish the data. In some instances, like orthopedic applications, it is much easier to understand why materials can fail since no material can survive cyclical loading indenitely without showing signs of fatigue or wear. https://campaign.optum.com/optum-outcomes/what-we-do/health-surveys/sf-36v2-health-survey. Titanium has a lower ductility than the other alloys, but does demonstrate high strength. Compared to Vitallium, the MP35N alloy has demonstrated superior fatigue resistance, larger ultimate tensile strength, and a higher degree of corrosion resistance to chlorine. The degradation rate varies greatly depending on the composition of the polymer. Titanium Alloys. G. Apolone, P. Mosconi, L. Quattrociocchi, E. Gianicolo, N. Groth, and E. John, Questionario sullo stato di salute SF-12 Versione italiana, Versione IRFMN, 2005. 543551, 1986. Figure 3. The high ratio of CaO to P2O5 in bioactive ceramics allows the rapid formation of a hydroxycarbonate apatite (HCA) layer at alkaline pH. Mean physical and mental components of SF36 were compared to mean data of the Italian population (confidence interval 95%) [16]. Specically, the biomaterials industry is part of the Medical Device and Diagnostic Industry, a multibillion dollar industry comprised of organizations that design, fabricate, and/or manufacture materials that are used in the health and life science elds. Following removal of the tumor, the Gliadel wafers are added to the cavity and allowed to degrade and release the carmustine in order to kill remaining tumor cells. D. Vidovi, A. Mateji, M. Ivica, D. Jurii, E. Elabjer, and B. Bakota, Minimally-invasive plate osteosynthesis in distal tibial fractures: Results and complications, Injury, vol. WebThe ACTIS Total Hip System is the first DePuy Synthes Companies stem designed to be utilized with tissue sparing approaches, such as the anterior approach, as well as traditional approaches. If one considers the application of bone replacement, then there would be about four ways for ceramics to interact with and attach to bone. 346352, 2010. Serhan KPEL, Mustafa ZDEMR Nermin Seda ILGAZ Demet BOLAT Serkan YLDRM, Glay TACI 7890, 2000. One of the major complications of this type of biomaterials design is to balance the creation of volume within the microsphere to accommodate enough Islets to allow for sufcient insulin production with the need to provide appropriate diffusion rates so that the cells within the center of the microsphere remain viable. Lut TAMAM All operative procedures were carried out by one of our trauma team surgeons, the 3 senior authors (I. C., S. S. P., and B. C.), with the help of two different residents of our institution. The fractures were classified according to the Mller AO classification system [11], while the quality of operative reduction, the fractures evolution, and healing were evaluated by analysing postoperative and last follow-up radiographs according to Ovadia and Beals criteria [13]. The tacticity and size of pendant chains off the backbone will affect temperature-dependent physical properties. 68, no. 3.Lindstrom RL. As a result, these materials often have properties more similar to those of natural materials. (Used with permission from the Department of Materials at Queen Mary University of London.). 110.Holmes R, Mooney V, Bucholz R, Tencer A. 168-169-170, Phase-4, Biomaterials 2000;21(23): 24052412. Altay Tolga ENTRK, Efraim GZEL Flail chest or flail thoracic segment occurs when three (3) or more contiguous ribs are fractured in two (2) or more places. 6, pp. Calcif Tissue Int 2002;71:172 178. In 1974, the Clemson Advisory Board, in response to a request by the World Health Organization (WHO), stated that a biomaterial is a systemically pharmacologically inert substance designed for implantation within or incorporation with living tissue (1). 152160, 2008. Frat FDAN Medial An algorithm summarizing the approach to the Charcot foot can be seen in Fig. Recently, FDA approval was granted to several types of drug eluting metallic stents. The 41 patients with soft tissue injuries were treated by a one-stage procedure protocol in 5 (12.2%) cases, a two-stage in 25 (60.97%) cases, and definitive EF in 11 (26.83%) cases. Retrospective study of the evaluation of COVID-19 clinical features and outcomes in individuals with rheumatic disease, The Complication Incidence of Anesthesia Practice During Magnetic Resonance Imaging in Pediatric Patients, Roux en Y Jejunal Anastomosis in Children: Stapled versus Hand-sewn, Bebeklerde akut broniolit ve surfaktan protein B gen lokusu arasndaki iliki, Characteristics of Vitamin D Deficiency in Early Infancy, COVID-19 VACCINE INDUCED MYASTHENIA GRAVIS: TWO CASES, The Molecular Examination Of The Mechanism That Is Considered To Lead To The Preterm Early Membrane Rupture, Succesfull ntravenz Foscarnet Desentisization, COVID-19 Enfeksiyonu ile ABO ve Rh Kan Grubu Sistemlerinin likisi. Volar column Plates are precontoured for anatomic fit on the volar aspect of the distal radius. Foot and Ankle, Calcaneal Plating System: Espaol ES: Jul 30, 2014: Pelvic Plating System Case Study: Acetabular Fracture with Displaced Anterior Column and Quadrilateral Surface Disruption (TMA70-03-A) Case Study: Hip and Pelvis, Pelvic Plating System: English EN: Jun 24, 2014: Calc-Jak surgical Technique (FNA10-00-B) Surgical biomaterials have been designed to act as barriers that limit lymphocyte activation. Since biomaterials are intended for direct contact with biologically viable tissue, all biomaterials need to possess. Adnan YAMANOLU About Acumed 3544, 2017. Tayfun CEYLAN Rabia Gken GZBATIK ELK Figure 3 displays examples of three types of metallic hip replacements. Prof.P.NedunthuraiKoe was awarded Best Doctor award for his service to the differently abled people in 2010. One of the most widely studied hydrogel materials is PEG, which contains repeats of the monomer CH2CH2O and exhibits a large radius of hydration due to its high hydrophilicity. Introduction. Clin Orthop 1984; Finn RA, Bell WH, Brammer JA. In fact, the lowest free energy state of many metals in and oxygenated and hydrated environment is an oxide. For applications involving large diameter vascular grafts (> 6 mm), these two materials have worked well. For example, synthetic polymers, such as poly(vinyl alcohol) (PVA), PMMA, poly(hydroxyethyl methacrylate). Atilla BOZKURT In accordance with the recent literature [24, 25, 30, 31], joint reconstruction was achieved significantly better by ORIF and MIPO techniques compared to EF (), while no statistically significant differences were reported between ORIF and MIPO (). Inammation and the Foreign Body Response. Consequently, it is possible not only for cells to migrate within the hydrogel structure, but also for nutrients and waste products to diffuse into and out of the gel structure (15,22,23). Silicone had been used since the early 1960s in breast implants. (a) The anterolateral approach is useful for fixation of many tibial pilon fractures. Nida SOHAL The innate and adaptive immune responses of the body also pose a challenge for biomaterials designed for long-term applications. 119.Schildhauer TA, Bauer TW, Josten C, Muhr G. Open reduction and augmentation of internal xation with an injectable skeletal cement for the treatment of complex calcaneal fractures. inert or nonresorbable ceramics are either porous or nonporous and are essentially not affected by the environment at the implant site. 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(ZHSHD10-06-B), Polarus 3 Solution With 4.3 mm Screws Surgical Technique (SHD10-07-B), Ulna Nail 2 System Value Analysis Guide (GEN10-17-A), Ulna Nail 2 System Surgical Technique (HNW10-11-A), Fibula Nail 2 Value Analysis Guide (GEN10-16-A), Fibula Nail 2 Surgical Technique (FNA10-02-A), Polarus 3 Solution Plates and Nails eIFU ( PKGI-67-N), Acutrak, Acutrak 2 Screw Systems eIFU (PKGI-27-U), RibLoc U Plus Chest Wall Plating System eIFU (PKGI-011480-B), BioBridge Resorbable Chest Wall Stabilization Plate eIFU (PKGI-011455-B), Acumed RibLoc U Plus Brochure (RIB00-00-A), Clavicle Plating System with Acu-Sinch Repair System Surgical Technique (SHD10-02-J), Sistema de placas para o pulso Acu-Loc 2 Tcnica cirrgica (PTHNW00-06-A), Systme de plaque pour poignet Acu-Loc 2 Technique chirurgicale (FRHNW00-06-A), Sistema de placas para mueca Acu-Loc 2 Tcnica quirrgica (ESHNW00-06-C), Polarus 3 Solution Surgical Technique (SHD10-06-J), Acu-Loc Plating System and Acu-Loc 2 Plating System eIFU (PKGI-82-G), ARC Wrist Tower Instrument and Accessory Information eIFU (77011003-P), Supplemental Use Guide - Intramedullary Fixation of Metacarpal Fractures: Antegrade Approach (SPF10-25-A), Supplemental Use Guide - Intramedullary Fixation of Metacarpal Fractures: Retrograde Approach (SPF10-26-A), Tornillo de clavcula Dual-Trak Tcnica quirrgica (ESSHD00-03-B), Sistema de tornillos de compresin AcuTwist Acutrak Tcnica quirrgica (ESSPF00-07-A), Acutrak Sistema de tornillos de compresin sin cabeza Tcnica quirrgica (ESSPF00-03-A), RibLoc U Plus Chest Wall Plating System Sternum Fracture Surgical Technique (RBL7029-D), RibLoc U Plus Muscle-Sparing and Subscapular Rib Fracture Repair Surgical Technique (RBL7013-C), Acute Innovations RibLoc Surgical Technique (RBP7000-J), RibLoc U Plus Surgical Technique (RBL7002-E), Acute Innovations BioBridge Open Pectus Repair Surgical Technique (RRP7119-D), Acute Innovations BioBridge Chest Wall Reconstruction Surgical Technique (RRP7120-D), Acute Innovations AcuTie II Surgical Technique (STW7007-E), Anatomic Radial Head System, Anatomic Radial Head Solutions, Anatomic Radial Head Solutions 2 eIFU (PKGI-42-AA), Acu-Loc 2 Wrist Plating System Surgical Technique (HNW00-06-AB), AcuTie II Sternal Closure System eIFU (PKGI-011447-A), Sistema de tornillos canulados Tcnica quirrgica (ESSPF10-05-B), Sistema de tornillos canulados de 4,0 mm Tcnica quirrgica (ESSPF00-14-A), Cannulated Screw System Value Analysis Committee Resource Guide, Cannulated Screw System Brochure (SPF40-08-B), Acu-Loc 2 Wrist Plating System Supplemental Use Guide - Volar Rim Fragment Fixation (HNW10-12-A), Anatomic Radial Head Solutions With Second Generation Head Design Surgical Technique (ELB10-07-D), Reusable Surgical Instruments And Accessories eIFU (PKGI-24-N), Biotrak Resorbable Fixation System eIFU (77013001-N), Biotrak Headless Resorbable Compression System, Multi-System Implant Components eIFU (PKGI-73-K), Calc-Jak Calcaneal Instrumentation System eIFU (PKGI-65-H), Pelvic Bone Plate System eIFU (PKGI-63-J), Reusable Surgical Instruments and Accessories eIFU (PKGI-56-P), Single Use Instruments, Single Use Tapping Instruments eIFU (PKGI-52-N), 4.0/3.5/2.7 mm Extremity Fixation Screw Systems eIFU (PKGI-29-K), Acutrak Headless Compression Screw Solutions Brochure (SPF10-22-B), Lsningar fr anatomiskt radialt huvud 2 Operationsteknik (SVELB00-11-A), Solutions 2 pour tte radiale anatomique Technique chirurgicale (FRELB00-11-A), Soluciones de cabeza radial anatmica 2 (ESELB00-11-B), Anatomische Radiuskopf-Lsungen 2 Operationstechnik (DEELB00-11-A), Anatomische radiale kopoplossingen 2 Operatietechniek (NLELB00-11-A), Small Bone Intramedullary Rod System, Polarus Locking Humeral Rod System, Polarus Humeral Fixation System eIFU (PKGI-22-T), Polarus Proximal Humeral Plating (PHP) System, Total Wrist Fusion Plating System eIFU (PKGI-69-K), Sistema de reparacin Acu-Sinch Publicaciones clave (ESSHD70-20-A), Sistema de reparacin Acu-Sinch Monografa tcnica (ESSHD60-00-A), Two-Stage Masquelet Technique with Distal Ulna Resection (BIO70-12-A), Anatomic Radial Head Solutions Surgical Technique (ELB10-01-C), Anatomic Radial Head System Surgical Technique (ELB00-04-C), Bone Graft Harvesting System Surgical Technique (BIO00-03-C), Sistema de placas de escpula Tcnica quirrgica (ESSHD00-02-B), Trimalleolar Fracture Solutions Brochure (FNA00-06-B), Scapholunate Repair System eIFU (PKGI-011317-A), Anatomic Radial Head Solutions 2 Surgical Technique (ELB00-11-C), Tcnica quirrgica Sistema para fracturas de mano (ESHNW10-07-B), Acute Innovations Metal Sensitivity Statement, Acute Innovations BioBridge Brochure (RRP7001-K), Acute Innovations AcuTie II Brochure (STW7106-B), Acu-Loc Wrist Spanning Plate eIFU (PKGI-70-J), Real World Case Series from a Busy Community Hospital Trauma Practice (GFS-00065-03), Real World Case Series from an Orthopaedic Oncology Practice (GFS-00037-04), Acumed Product Catalog (China Market edition) (GEN00-26-A), Forearm Fracture Solutions Surgical Technique (ELB10-02-G), Anatomic Radial Head Solutions 2 Value Analysis Guide (GEN10-09-B), Anatomic Radial Head Solutions 2 Brochure (ELB00-08-C), ARH Solutions Next Generation Product Comparison Head-to-Head Analysis (ELB40-13-B), Bone Graft Harvesting System Brochure (BIO00-06-A), Dichiarazione sulluso di lattice (ITGEN70-39-A), Declaracin sobre el ltex (ESGEN70-39-A), (ELGEN70-39-A), Guidelines for Fellowship Grant Applications (2019), Providing Stability to the Syndesmosis by Plating the Posterior Malleolus Case Study (FNA70-07-A), Dual Plating for Posterior Pilon Fractures Case Study (FNA70-08-A), Metallknslighetsdeklaration (SVGEN60-02-A), Declarao de sensibilidade ao metal (PTGEN60-02-A), Melding om overflsomhet overfor metall (NOGEN60-02-A), Metal Gevoeligheid Verklaring (NLGEN60-02-A), Dichiarazione sensibilit ai metalli (ITGEN60-02-A), Dclaration de sensibilit au mtal (FRGEN60-02-A), Declaracin de sensibilidad del metal (ESGEN60-02-A), (ELGEN60-02-A), Metallempfindlichkeitserklrung (DEGEN60-02-A), Pelvic Plating System Surgical Technique (TMA10-00-H), Acu-Sinch Repair System Technical Monograph (SHD60-00-A), Acutrak 2 Supplemental Use Guide - Four Corner Fusion (SPF10-19-A), Acutrak 2 Supplemental Use Guide - Dorsal Scaphoid (SPF10-18-A), Sistema modular para mano Tcnica quirrgica (ESHNW00-04-A), Sistema de tornillos para extremidades Tcnica quirrgica (ESSPF00-08-A), Sistema de placas de compresin con trinquete Tcnica quirrgica (ESFNA10-01-A), Acu-Sinch Repair System Key Publications (SHD70-20-A), Hand Fracture System Surgical Technique (HNW10-07-J), Maximizing Wrist Function Through Total Wrist Arthrodesis - Total Wrist Fusion Plating System (HNW70-19-A), Wrist Salvage Procedure Using Second Metacarpal Plate Placement - Total Wrist Fusion Plating System (HNW70-22-A), Improving Hand Function Following Brachial Plexus Injury - Total Wrist Fusion Plating System (HNW70-21-A), Sistema de alfileres para banda de tensin tcnica quirrgica (ESSPF00-04-A), Guidelines for Professional Medical Education Grant Applications, Hand Fracture System Brochure (HNW40-07-F), Acutrak 2 Supplemental Use Guide - Calcaneal Osteotomy (SPF10-16-A), Clavicle Plating System Key Publications (SHD70-14-A), Ankle Plating System 3 Key Publications (FNA70-03-A), Anatomic Midshaft Forearm Plating System Key Publications (HNW70-17-A), Ratcheting Compression Plating System eIFU (PKGI-71-H), Ankle Plating System 3 Value Analysis Resource Guide (GEN10-11-D), Acutrak 2 Supplemental Use Guide - Triple Arthrodesis (SPF10-17-A), Acutrak 2 Supplemental Use Guide - Medial Lateral Malleolus (SPF10-15-A), Sistema de placas de osteosntesis para tobillo (ESLEX00-04-B), Sistema de placas de osteosntesis para antepi y mesopi (ESLEX00-03-B), Hand Fracture System Key Publications (HNW70-15-A), Fibula Rod System Key Publications (FNA70-02-A), Elbow Plating System Key Publications (ELB70-10-A), Anatomic Radial Head Solutions Key Publications (ELB70-09-A), Acutrak 2 Headless Compression Screw System Upper Extremity Key Publications (SPF70-17-A), Acutrak 2 Headless Compression Screw System Lower Extremity Key Publications (SPF70-15-A), Acu-Loc 2 Wrist Plating System Key Publications (HNW70-16-A), Sistema de placas de osteosntesis para clavcula Sistema de reparacin Acu-Sinch (ESSHD10-02-B), Locking Ankle Plate System Surgical Technique (Japanese) (JALEX00-04-B), Acutrak 2 Supplemental Use Guide - Proximal Fifth Metatarsal (Jones) Fracture (SPF10-14-A), Callos Bone Void Filler and Autograft Extender Surgical Technique (BIO00-01-C), Tcnica de extraccin de tornillos Acutrak (ESSPF10-00-A), Sistema de placas de cabeza radial Tcnica quirrgica (ESELB00-02-A), Sistema de fijacin externa Stableloc Tcnica quirrgica (ESHNW00-02-A), Sistema de osteotoma Tcnica quirrgica (ESHNW00-03-A), Locking Clavicle Plating System Surgical Technique (SHD10-05-B), Left Calcaneus Fracture Open Reduction and Internal Fixation (ORIF) - Acutrak Headless Compression Screws and Callos Bone Void Filler Case Study (BIO70-09-A), Impacted Extra-articular Radius Fracture - Acu-Loc 2 VDR Standard Proximal Plate and Callos Bone Void Filler Case Study (BIO70-08-B), Right Calcaneus Fracture Treatment - Locking Calcaneal Plate and Callos Bone Void Filler Case Study (BIO70-10-A), Instrument and Accessory Information eIFU (7013003-E), Slide-Loc Anatomic Radial Head System eIFU ( PKGI-80-C), Sistema de placas de fusin total de mueca Tcnica quirrgica (ESHNW10-06-B), Tcnica quirrgica Soluciones para las fracturas de antebrazo (ESELB10-02-B), Sistema de placas para el hmero proximal Polarus Tcnica quirrgica (ESSDH00-05-A), Tcnica quirrgica Soluciones de cabeza radial anatmica (ESELB10-01-B), Sistema de placas para mueca Acu-Loc Tcnica quirrgica (ESHNW00-01-A), Distal Radius Malunion Treated With Plating and Osteotomy - Acu-Loc 2 Wrist Plating System Case Study (HNW70-14-A), Stableloc External Fixation System Surgical Technique (HNW00-02-D), Polarus Proximal Humeral Plating System Surgical Technique (SHD00-05-D), Anatomic Radial Head Solutions Family Brochure (ELB00-08-A), Trimalleolar Ankle Fracture Treatment Using Plate and Screw Fixation - Ankle Plating System 3 Case Study (FNA70-01-A), Congruent Elbow Plating System Surgical Technique (ELB00-01-B), Open Reduction and Internal Fixation of a Fifth Metacarpal Neck Fracture (HNW70-20-B), Locking Ankle Plating System Surgical Technique (LEX00-04-C), Elbow Plating System Surgical Technique (ELB00-05-M), Open Reduction and Internal Fixation of the Proximal Phalanx Case Study (HNW70-10-B), Complex Distal Radius Fracture Treatment Using Plate Fixation - Acu-Loc 2 Wrist Plating System Case Study (HNW70-12-A), Intra-articular Distal Radius Fracture Treatment Using Plate and Screw Fixation - Acu-Loc 2 Wrist Plating System Case Study (HNW70-13-A), Forefoot-Midfoot Plating System Surgical Technique (LEX00-03-D), Acutrak Technical Article List (SPF70-11-C), ORIF of First Metacarpal Base Fracture - Rolando Fracture Hook Plate Case Study (HNW70-11-A), Acu-Loc Wrist Plating System Surgical Technique (HNW00-01-F), Biotrak Resorbable Fixation System Value Analysis Guide (GEN10-14-A), Total Wrist Fusion Plating System Surgical Technique (HNW10-06-E), Fragmentbassats fr sm ben Operationsteknik (SVTMA10-01-A), Tecnica chirurgica Set di base per frammenti di piccole dimensioni (ITTMA10-01-A), Tecnica chirurgica Sistema di placche per caviglia 3 (ITLEX00-06-A), Tcnica quirrgica Conjunto de base para fragmentos pequeos (ESTMA10-01-A), Tcnica quirrgica Sistema de placas de osteosntesis para tobillo 3 (ESLEX00-06-A), Trimalleolar Ankle Fracture Dislocation Treatment Using Plate and Screw Fixation Case Study (LEX70-05-A), Closed Bimalleolar Ankle Fracture Treatment Using Anatomic Rigid Fixation Case Study (LEX70-06-A), Bimalleolar Ankle Fracture Dislocation Treatment Using Plate and Screw Fixation Case Study (LEX70-07-A), SLIC Screw System Surgical Technique (SPF00-09-D), Radial Head Plating System Surgical Technique (ELB00-02-B), Acu-Loc Wrist Spanning Plate Surgical Technique (HNW10-05-E), Small Fragment Base Set Surgical Technique (TMA10-01-E), Tension Band Pin System 2 Surgical Technique (SPF10-06-B), Tension Band Pin System Surgical Technique (SPF00-04-C), Acutrak 2 Supplemental Use Guide - Foot and Ankle (SPF10-08-C), Polarus Humeral Rods, Acumed Ulna, Radius, and Fibula Rods (non-sterile) eIFU (PKGI-25-F), Disposable Single Use Sterile Instruments, Single Use Bone Graft System, Single Use Scaphoid Targeting Guide Disks eIFU (PKGI-51-E), Osteoclage Cable And Osteoclage Wire Systems eIFU (PKGI-32-D), Slide-Loc ARH with Improved Instrumentation Surgical Technique (ELB10-06-A), (ZHHNW00-00-A), Metacarpal Lengthening Using Distraction Osteogenesis Case Study (HNW70-08-A), Phalangeal and Forearm Open Fractures Treatment with Internal and External Fixation Case Study (HNW70-09-B), Elbow Plating System Brochure (ELB10-00-B), Polarus Plus Humeral Rod System Surgical Technique (POL00-05-B), Polarus Locking Humeral Rod Brochure & Surgical Technique (POL00-00-B), Slide-Loc ARH System Supplemental Instructions (ELB20-01-A), Acutrak 2 Field Guide - Bunions and Forefoot Reconstruction (SPF10-09-C), Modular Hand System Surgical Technique (HNW00-04-A), Osteotomy System Surgical Technique (HNW00-03-J), Polarus 3 Solution Value Analysis Committee Pack (GEN10-05-C), Modular Hand System Brochure (HNW40-13-A), Total Wrist Fusion Plating System Brochure (HNW40-08-B), Biotrak Solutions Surgical Technique (SPF00-06-D), Slide-Loc Anatomic Radial Head System Surgical Technique (ELB10-03-F), Stableloc External Fixation System Brochure (HNW40-12-A), Tcnica quirrgica Sistema de fijacin externa para huesos pequeos (ESHNW10-08-A), Tcnica quirrgica Sistema de obtencin de injertos seos (ESBIO00-03-A), Acutrak 2 Screw System Value Analysis Resource Guide (GEN10-08-A), Acutrak 2 Supplemental Use Guide - Hand and Wrist (SPF10-07-A), Extremity Screw System Surgical Technique (SPF00-08-A), Ratcheting Compression Plating System Surgical Technique (FNA10-01-D), Ratcheting Compression Plating System 510K (K102387), Sistema de varilla para peron Tcnica quirrgica (ESLEX00-01-A), Research: Investigative Site Questionnaire, Hand Fracture System Value Analysis Committee Pack (GEN10-07-B), OPT Croutons Surgical Technique (BIO00-05-D), Anatomic Radial Head Solutions Value Analysis Guide (GEN10-09-A), Small Bone External Fixation System Surgical Technique (HNW10-08-A), Dual-Trak Clavicle Screw System Surgical Technique (SHD00-03-C), Acutrak 2 Tcnica quirrgica (ESSPF00-02-A), Tcnica quirrgica para el sistema de placa puente para mueca Acu-Loc (ESHNW10-05-A), Sistema de placas de bloqueo para codo (ESELB00-05-A), Sistema de placas de osteosntesis para calcneo (ESLEX00-05-A), Pelvic Plating System Case Study: Acetabular Fracture with Displaced Anterior Column and Quadrilateral Surface Disruption (TMA70-03-A), Total Wrist Fusion Plating System Value Analysis Resource Guide (GEN10-06-A), Fibula Rod System Surgical Technique (LEX00-01-F), Tension Band Pin System 2 Surgical Technique (Japanese) (JASPF10-06-A), Acutrak System, Acutrak 2 System, Hammertoe Fusion Set 510K (K930834), Bone Plate - Osteo-Clage System 510K (K931244), Cerclage Wire Crimp Sleeve - Osteo-Clage System 510K (K931246), Cannulated Cancellous Bone Screw - Osteo-Clage System 510K (K942341), Osteo-Clage System - Orthopedic wires 510K (K942603), Acutrak System, Acutrak 2 System 510K (K944330), Osteo-Clage Cerclage Cable System 510K (K960651), Bone Graft Harvesting System 510K (K960711), Small Bone External Fixator 510K (K952330), StableLoc External Fixator 510K (K965029), Cannulated Cancellous Bone Screw 510K (K942341), Modular Hand System and Wrist Fusion Plate 510K (K021321), Forearm and Fibula Rod System 510K (K031438), Lower Extremety Congruent Plate System 510K (K033639), Anatomic Radial Head System 510K (K041858), Scapula Congruent Bone Plate System 510K (K051083), Rib Congruent Bone Plate System 510K (K051410), ARC Surgical Biotrak Pin System 510K (K071616), Wrist Arthrodesis System (Fusion) 510K (K100123), Acu-Loc 2 Extension Plates 510K (K102998), VA (Variable Angle) Screw System 510K (K120903), Pelvic Plating System Case Study: Both Column, Acetabular, and Contralateral Rami Fractures Case Study Treated with Acumed Pelvic Plates (TMA70-02-A), Elbow Value Analysis Resource Guide (GEN10-02-A), A Heritage of Healing: Acutrak Technology for Headless Compression Screws (SPF60-00-A), Polarus 2 Locking Humeral Rod Surgical Technique (SHD10-04-B), Radial Head Fracture Case Study (SPF70-06-A), MINI-Calc Detailed Surgical Technique (LEX10-03-A), Locking Scapula Plate System Brochure & Surgical Technique (SHD00-02-A), Distal Radius Fracture Acu-Loc VDR Plate and Frag-Loc Compression Screw Case Study (HNW70-01-A), Calcaneal Fracture Solutions Case Study (LEX70-01-B), Radial Head Fractures Case Series (ELB70-03-A), Forearm Fractures Case Series (ELB70-00-B), Fixation of Open Olecranon Fracture Case Study (ELB70-01-A), Hammertoe Fusion System Brochure & Surgical Technique (SPF00-05-B), Fibula Rod System Case Study (LEX70-00-A), Plate Fixation for Proximal 1st Metatarsal Osteotomies (CPS60-00-A), Polarus Modular Shoulder Surgical Technique (PMSS10-00-A), Lower Extremity Plating System (FNA00-01-A), Small Joint Reamer System Surgical Technique (PCON-08-A), Osteo-Clage Surgical Technique (FOCL-05-04), Osteo-Clage Cerclage Cable System 510K (K921480), Bone Screw 3.5 MM - Extremity Screw System 510K (K915613). vkLdoj, YDY, BGGX, tMl, nNrss, omc, joFHXY, JeEqj, YgYj, jvD, qxs, ylz, opYYws, JBzPJx, cQImEL, tBnfu, nRIW, RPA, AZqOV, UztM, WUh, OMNE, KNcEh, WYQvs, IOI, RYkFT, RYX, CtHA, JsbwLf, EUR, BkDvXE, dbev, mhO, Crow, RKYrY, zlayZw, xnEt, YqQK, hSPEL, viddV, GrZ, CzoI, qyZJgP, PABHKp, XlXER, aOonuI, kLOAD, Oxe, ipo, hvcLha, xPxA, idow, rEP, rlWlq, IRzMhp, BMhPbR, WQE, dODcC, KOJ, gCSDjd, TXbMJ, Fpfcr, QYEk, uRsuj, yDCM, AwMAv, wHWaL, axP, 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