Femoral implant porous size 5 right primary and femoral implant non-porous size 6 left primary have correct markings on devices, but may have incorrect packaging.
MicroPort Orthopedics
One confirmed incident has been received that EFSRN4PR, lot number MP1982170, Size 4 Evolution MP Non-Porous Femoral Right was opened during surgery and contained part number EFSRN3PL, lot number MP1982097, Size 3 Evolution MP Non-Porous Femoral Left in the packaging.
One confirmed incident has been received that ETPKN2PL lot 1916559, size 2 Evolution MP Tibial Base, was opened during surgery and contained ETPKN7SL lot 1916715, size 7 Evolution MP Tibial Base, in the packaging.
One confirmed incident has been received that ETPKN2PL lot 1916559, size 2 Evolution MP Tibial Base, was opened during surgery and contained ETPKN7SL lot 1916715, size 7 Evolution MP Tibial Base, in the packaging.
One manufacturing lot is missing the plasma-spray coating in the proximal region of the stem body.
MicroPort Orthopedics Inc. states that there have been reports of fractures of the long and extra-long Titanium modular femoral neck component after implantation. Worldwide there were 680 Long and X-Long PROFEMUR Titanium modular neck fractures among 123,840 global sales representing is a cumulative rate of modular neck device fracture of 0.55% from 2002 to 2019. Within the United States there were 349 Long and X-Long PROFEMURΒΏ Titanium modular neck fractures among 15,786 United States sales representing a cumulative rate of modular neck device fracture with a fracture rate in the United States of 2.21% from 2002 to 2019. There is an average time of 5.4 years to device fracture after implantation.
MicroPort Orthopedics Inc. states that there have been reports of fractures of the long and extra-long Titanium modular femoral neck component after implantation. Worldwide there were 680 Long and X-Long PROFEMUR Titanium modular neck fractures among 123,840 global sales representing is a cumulative rate of modular neck device fracture of 0.55% from 2002 to 2019. Within the United States there were 349 Long and X-Long PROFEMUR Titanium modular neck fractures among 15,786 United States sales representing a cumulative rate of modular neck device fracture with a fracture rate in the United States of 2.21% from 2002 to 2019. There is an average time of 5.4 years to device fracture after implantation.
MicroPort Orthopedics Inc. is voluntarily recalling any existing inventory of PROFEMURΒΏ Titanium and Cobalt Chrome modular necks with previous package insert versions to replace the PROFEMURΒΏ Hip System Package Insert with the most recent revision (150803-8).
The item is being recalled due to an inadequate pouch seal. This defect has the potential to lead to a loss of sterile pouch integrity, which could impact the products sterility assurance and may lead to serious adverse events such as infections, both localized and systemic.
The recall is being initiated because all broach handles in the affected lot had the same non-conformity with the connection feature. The broach handles may have machining issues that do not allow the handle to properly mate with an associated broach.
Revision rate trends from within the MicroPort Orthopedics Inc. database evaluated for the modular head Metal on Metal THA systems show an increasing overall trend from 2009 to present and it was found that there was a specific hazard/harm for suspected tissue reaction to metal debris over one percent for modular head CONSERVE(R) systems and DYNASTY(R) metal acetabular liner systems.
Revision rate trends from within the MicroPort Orthopedics Inc. database evaluated for the modular head Metal on Metal THA systems show an increasing overall trend from 2009 to present and it was found that there was a specific hazard/harm for suspected tissue reaction to metal debris over one percent for modular head CONSERVE(R) systems and DYNASTY(R) metal acetabular liner systems.
Revision rate trends from within the MicroPort Orthopedics Inc. database evaluated for the modular head Metal on Metal THA systems show an increasing overall trend from 2009 to present and it was found that there was a specific hazard/harm for suspected tissue reaction to metal debris over one percent for modular head CONSERVE(R) systems and DYNASTY(R) metal acetabular liner systems.
Revision rate trends from within the MicroPort Orthopedics Inc. database evaluated for the modular head Metal on Metal THA systems show an increasing overall trend from 2009 to present and it was found that there was a specific hazard/harm for suspected tissue reaction to metal debris over one percent for modular head CONSERVE(R) systems and DYNASTY(R) metal acetabular liner systems.
Revision rate trends from within the MicroPort Orthopedics Inc. database evaluated for the modular head Metal on Metal THA systems show an increasing overall trend from 2009 to present and it was found that there was a specific hazard/harm for suspected tissue reaction to metal debris over one percent for modular head CONSERVE(R) systems and DYNASTY(R) metal acetabular liner systems.
Revision rate trends from within the MicroPort Orthopedics Inc. database evaluated for the modular head Metal on Metal THA systems show an increasing overall trend from 2009 to present and it was found that there was a specific hazard/harm for suspected tissue reaction to metal debris over one percent for modular head CONSERVE(R) systems and DYNASTY(R) metal acetabular liner systems.
Revision rate trends from within the MicroPort Orthopedics Inc. database evaluated for the modular head Metal on Metal THA systems show an increasing overall trend from 2009 to present and it was found that there was a specific hazard/harm for suspected tissue reaction to metal debris over one percent for modular head CONSERVE(R) systems and DYNASTY(R) metal acetabular liner systems.
ADVANCE(R) HA Coated tibial bases are being recalled due to a higher than expected revision rate as a result of component loosening.
ADVANCE(R) HA Coated tibial bases are being recalled due to a higher than expected revision rate as a result of component loosening.
ADVANCE(R) HA Coated tibial bases are being recalled due to a higher than expected revision rate as a result of component loosening.
ADVANCE(R) HA Coated tibial bases are being recalled due to a higher than expected revision rate as a result of component loosening.
ADVANCE(R) HA Coated tibial bases are being recalled due to a higher than expected revision rate as a result of component loosening.
ADVANCE(R) HA Coated tibial bases are being recalled due to a higher than expected revision rate as a result of component loosening.
ADVANCE(R) HA Coated tibial bases are being recalled due to a higher than expected revision rate as a result of component loosening.
ADVANCE(R) HA Coated tibial bases are being recalled due to a higher than expected revision rate as a result of component loosening.
ADVANCE(R) HA Coated tibial bases are being recalled due to a higher than expected revision rate as a result of component loosening.
ADVANCE(R) HA Coated tibial bases are being recalled due to a higher than expected revision rate as a result of component loosening.
ADVANCE(R) HA Coated tibial bases are being recalled due to a higher than expected revision rate as a result of component loosening.
Profemur(R) neck, Item Number PHA01222 (Short AR VV2 Ti Neck) was labeled as Item Number PHA01212 (Short AR VV1 Ti Neck).
Unexpected rate of postoperative fractures resulting in the need for revision surgery.
Some units of the EVOLUTION Tibial Base was affected by a casting tool issue which caused varying retaining wall thickness and keel offset in the finished product.
Difficulty removing the cup adaptor from the impaction handle during surgery