The use of metal-on-metal (MOM) bearings in both hip resurfacing and in total hip replacement has brought along the risk of overexposure to cobalt and chromium ions, a direct result of MOM bearings commonly causing a rise in metal ion levels for both cobalt and chromium. This can lead to a range of symptoms ranging
Stryker Hip Replacement
Metal Toxicity and Metal-on-Metal Hip Replcement
Metal-on-metal bearings in hip resurfacing arthroplasty have been associated with prolonged periods of elevated metal ion circulation in the bloodstream. Specific ions, such as chromium and cobalt are known to be particularly threatening to the general health of the patient, often times leading to symptoms associated with metal toxicity. A recent study focused on the …
Danger of Metal-on-Metal Hip Replacements
Metal-on-metal (MOM) total hip replacement has been a commonly used approach to hip repair, and with this surgery the risk of adverse effects is always present. These effects include osteolysis, or bone-decay, as well as toxicity due to the metals that release ions into the body. Recently, ceramic-on-ceramic total hip replacement surgery has been considered…
Adverse Health Events Related to Metal-on-Metal Hip Replacements
Metal-on-metal hip replacement (MOM) was introduced in total hip replacement to avoid complications such as osteolysis, the process where bone marrow is not produced, causing weakness in joints and bone structure to occur, a phenomenon often times found in patients with conventional ultra-high molecular weight polyethylene bearings. This ailment is oftentimes only symptomatic in giving…
Certain angle ratios of metal-on-metal hip replacements related to high levels of metal ions in the blood
Many factors affect the blood metal ion levels of patients after metal-on-metal hip arthroplasty. While certain ions have found to cause a range of adverse events, others, such as chromium and cobalt have been found to be carcinogenic. A current study by AlisterJ. Hart et al. focused on the main surgically-adjustable variable, the amount of…
Dangers of Chromium and Cobalt Ion Exposure in Metal-on-Metal Hip Replacement
A recent study conducted by Wolf-Christoph Witzleb et al. focused on the implications of the metal ions released through the expected corrosion that occurs after a metal-on-metal hip replacement or hip resurfacing. Two of these metal ions, cobalt and chromium are known to have carcinogenic and mutagenic effects in patients with metal-on-metal hips, leading to…
High Levels of Dangerous Metal Ions in Blood after Metal-on-Metal Hip Replacement
A recent study conducted by Wolf-Christoph Witzleb et al. focused on the implications of the metal ions released through the expected corrosion that occurs after a metal-on-metal hip replacement or hip resurfacing. Two of these metal ions, cobalt and chromium are known to have carcinogenic and mutagenic effects in patients with metal-on-metal hips, leading to…
Kidney Damage as a Result of Metal-on-Metal Hip Replacement
A recent study in Symposium posed the question of whether metal ions released from arthroplasty reach levels comparable to that of workers in heavy metal industries. The metal ions are most commonly cleared through urine, meaning that high enough levels can lead to renal damage. The study, published by Dr. Massimo Corradi et al. (2011)…
Hip Replacements More Likely to Fail in Women than Men
This is from 02/18, but I forgot to post it back then. Not sure what ramifications, if any, this will have for the various DePuy and Striker hip replacement lawsuits. I’m certainly interested in speaking to anyone with a problem with their replacement hip regardless of gender.
CHICAGO — Hip replacements are slightly more likely
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Stryker Hip Implant Lawsuits On The Rise
Here’s a news item about the various lawsuits being filed over Stryker hips. My firm is evaluating cases right now for folks who received a Stryker hip.
More than 80 lawsuits have been filed in Bergen County against Stryker Orthopaedics by patients claiming that the Mahwah-based medical device maker sold them a defective hip
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