Orthopaedics. Metha Short Hip Stem System. Anatomic Accuracy. Designed to reestablish physiological conditions and ensure excellent joint stability. Addresses the demand for minimally invasive approaches with …
Figure 1. Neck-stem junction breaking in the absence of traumatic injury after two years from the 1st THA (Total Hip Arthroplasty). The prosthesis is a Metha stem implant with modular neck. It was implanted in 2006 when the corrosion theory was not known and the modular neck was in titanium without CrCo. Figure 2. Postoperative X-ray after the ...
Modular hip prostheses (n = 36, Metha®, Aesculap AG, Germany) with neck adapters (CoCr29Mo6 or Ti6Al4V) were embedded in PMMA (ISO 7206-4) and exposed to cyclic loading with peak loads ranging ...
The merged models of SHA (Metha) and THA (CLS) femur contained between 52 and 58 × 10 3 nodes, and 21 and 24 × 10 4 elements, respectively. The merged model of the native femur contained approximately 66 × 10 3 nodes and 29 × 10 4 elements.
There were 54 modular stems (29.5%) and 129 monobloc stems (70.5%). In our series we used mainly the 135-degree neck, because during surgery it was the best …
Navigation assists with the selection of modular neck adapters for optimal free range of motion. ... We report the outcome of 151 modular Metha short hip stem implants in 148 patients between ...
Double-tapered short stem modular neck: 30: Merle d'Aubigne score: 18: NR: 57: 7: 3: Synder et al. Metha (B. Braun Aesculap) Proximally coated partial collum with neck-preserving osteotomy: 30: 97: 0: 43: 1: 0: Schmidutz et al. Metha (B. Braun Aesculap) Proximally coated partial collum with neck-preserving osteotomy: 80: 96: NR: 55: 3: 0 ...
Modular neck adapters for hip arthroplasty stems allow the surgeon to modify CCD angle, offset and femoral anteversion intraoperatively. Fretting or crevice corrosion may lead to failure of such a ...
Metha(R) Hip System Cobalt Chrome (CoCr) Metha Modular Neck Adapters used with the Metha Modular Short Hip Stems. Aesculap AG. Intended to replace a hip joint: Code Information: Part Numbers: NC077K, NC078K, NC079K, NC087K, NC088K, NC089K, NC097K, NC098K, and NC099K) Lot Numbers: All distributed lot numbers.
The short-stemmed Metha prosthesis is coated on the proximal, metaphyseal area, which supports bony ingrowth and secondary stability. The tip is smooth and is only needed for primary stability. The …
Combining the modular Metha ® hip stem with OrthoPilot ® navigation technology expands the possibilities for endoprosthetic treatment. The free choice in the sequence of cup an stem implantation and the modular neck adapters take account of the individual joint situation – resulting in the optimised range of hip motion.
The Metha® prosthesis, introduced in 2004, is a short stem midway between devices maintaining the femoral neck and metaphyseal implants. The purpose of this study was to evaluate the influence of obesity on clinical and radiological results at medium term. ... It is recommended not to use modular implant in patients over 100 kg …
Hip Replacement Resources for Patients and Caregivers. Metha is a minimal length metal hip system designed to preserve bone and to anatomically reconstruct your hip joint with …
tation of the Metha hip stem (A escu lap . AG, Tut t lingen, G ermany). e device . ... Fracture of the modular neck occurred in 23 patients (0.83%) with a mean BMI of 29 kg/m (SD ± 4 kg/m ...
For further information regarding the Metha® Short Stem Hip System or a copy of the Metha® Short Stem Surgical Technique Manual, please contact Aesculap Implant Systems, LLC or your local Aesculap Implant Systems Orthopaedic Distributor. 1‐866‐229‐3002. SOP‐AIS‐5000541 Rev. 3.
Additionally, a universal modular neck adapter (Bio-Ball®, Merete, Berlin, Germany) which is connectable to standard hip stems (12/14 taper) was included. This adapter was combined with a CF30®-stem (Zimmer, Warsaw, IN, USA). The Metha® and SPS-Modular® taper shapes were oval, designed with a stem connection.
AESCULAP® Metha® Short Hip Stem System. By B. Braun. January 24, 2022. Metha represents a short stem protheses system. The stem finds its anchoring in the closed femoral neck ring. It protects the trochanter major region and supports minimal invasive surgical approaches. The implant portfolio consits out of different CCD ancles.
Metaphyseal total hip arthroplasty (METHA) The METHA (Aesculap) is an uncemented neck-retaining monoblock or modular stem (Fig. 2). It is made of a …
Following the recall of modular neck hip stems in July 2012, research into femoral modularity will intensify over the next few years. ... modular junctions have the potential to release metal ions A study on retrieved titanium modular Metha Short Hip as a result of corrosion, wear and micromove- System necks (Aesculap AG) found that fretting is ...
CUSTOMER SERVICE. For further information regarding the Metha® Hip System or a copy of the Metha® Surgical Technique Manual, please contact Aesculap Implant Systems, LLC or your local Aesculap Implant Systems Orthopaedic Distributor. 1-866-229-3002. SOP‐AIS‐5000181 Rev. 04.
Metha® Variable implant options. IMPLANTS Metha® variability. The nine modular neck adapters allow a variety of offset and torsion options for the stem implantation. The CCD angle specifications of 120°, 130°, 135° and 140° relate to a stem position at a 50° osteotomy plane. The Metha® stem position allows
The Metha® short cementless hip prosthesis stem is anchored directly within the closed ring of the femoral neck and metaphysis. Metha® preserves valuable muscle and bone structures and leads to a high primary loading stability and natural femoral antetorsion. Modular neck adapters. Metha® modular neck adapters offer different offset and ...
The modular neck adapters and stems used in our study were in all cases the Metha Short Hip Stem Prosthesis (Aesculap AG, Tuttlingen, Germany). Adapters and stems were made of titanium alloy. With its circumferencial pure titanium porous coating and additive thin layer of dicalcium phosphate dehydrate (Plasmapore ® μCaP, Aesculap, …
How to proceed with a clinically asymptomatic modular Metha® Ti alloy stem with dual taper CoCr neck adapter in case of acetabular revision? To systematically answer this question the status of ...
The Metha prosthesis (left) and the H-Max M prosthesis (middle); differences between the two designs tested exist in stem length (Δs ≈ 34.5 mm, s1 H-Max M – s2 Metha), neck length (Δd ≈ 8.3 mm, d1 H-Max M – d2 Metha) and the angle between the endplanes of the neck adapter (σ = 10°, right).
Several bi-modular hip prostheses exhibit an elevated number of fretting-related postoperative complications most probably caused by excessive micromotions at taper connections. This study investigated micromotions at the stem–neck interface of two different designs: one design (Metha, Aesculap AG) has demonstrated a substantial …
Patients who have undergone total hip replacement and are unsure if they received a Rejuvenate or ABG II modular-neck stem should contact their surgeon to confirm the product implanted. Stryker's toll-free Patient Care Line can be reached by calling 1-888-317-0200 (U.S. and Canada only). The Patient Care Line is available from 8am–9pm …
Metha: 1 case of subsidence, 1 intraoperative fracture, 2 patients with malalignment, 1 leg-length discrepancy and 1 heterotopic ossification ... The most common reasons for revision of the Metha short stem were failure of the modular titanium neck adapter (0.7% overall; 4.4% of those cases in which a modular stem system was …
Modular neck hip prosthesis born in the 1990 with the aim of allowing the surgeon to modify CCD angle, offset and femoral anteversion intra-operatively restoring patient's original biomechanics. ... Modular titanium alloy neck fracture in Metha prosthesis is 1.4% and the higher incidence of failure is between nine and 42 months postoperatively.
Combining the modular Metha® hip stem with OrthoPilot® navigation technology expands the possibilities for endoprosthetic treatment. The free choice in the sequence of cup and stem implantation and the modular neck adapters take account of the individual joint situation – resulting in the optimized range of hip motion. ...