JAGUAR LUMBAR WEDGED I/F CAGE 173123209

MAUDE Adverse Event Report

MAUDE data represents reports of adverse events involving medical devices. This maude entry was filed from a 01,05,07 report with the FDA on 2014-01-29 for JAGUAR LUMBAR WEDGED I/F CAGE 173123209 manufactured by Depuy Synthes Spine.

Event Text Entries

[4068404] It was reported that the physician found it difficult to the cage into the vertebral body, and so the cage with inserter was moved cephalocaudal. The cage broke cleanly into two pieces with one piece remaining on the inserter, and the other at the vertebral body. The pieces were removed and fit together perfectly, so the physician reports no fine fragments were lost within the patient. Another product was used to complete the case with a 20 minutes delay to the surgery time. No adverse patient consequences to the patient were reported.
Patient Sequence No: 1, Text Type: D, B5


[11613202] A follow-up report will be submitted upon completion of the investigation.
Patient Sequence No: 1, Text Type: N, H10


[29339831] Visual inspection noted that the cage had been broken into 2 solid segments. A review of the device history record for the lumbar cage found no discrepancies during the manufacturing of the product. No issues were identified during the manufacturing and release of this product that could have been contributed to the problem reported by the customer. The product was released accompanying all quality requirements. A 12-month review of the complaint trend analysis for the lumbar cage was conducted on the specific product code from this complaint as the height of the implant affects the stress profile on insertion and therefore this height is not indicative of the family or vice versa. It was noted that there were no related complaints for issues of this nature. The root cause of the lumbar cage breakage cannot positively be determined. However, as noted in the accompanying instructions for use, excessive torque, when applied to long-handle insertion tools, can cause splitting or fracture of the polymer/carbon-fiber implants. When a polymer/carbon-fiber implant is impacted or hammered into place, the broad surface of the insertion tool should be carefully seated fully against the implant. Impaction forces applied directly to a small surface of the implant could cause fracture of the implant.. No corrective action/preventive action is required as there has been no issue identified in the manufacturing or release of this device, and there have been no systematic trends. Therefore, this complaint will be closed with no further action required.
Patient Sequence No: 1, Text Type: N, H10


MAUDE Entry Details

Report Number1526439-2014-11229
MDR Report Key3596462
Report Source01,05,07
Date Received2014-01-29
Date of Report2014-01-07
Date of Event2014-01-07
Date Facility Aware2014-01-07
Date Mfgr Received2014-01-07
Device Manufacturer Date2009-09-10
Date Added to Maude2014-01-29
Event Key0
Report Source CodeManufacturer report
Manufacturer LinkY
Number of Patients in Event0
Adverse Event Flag3
Product Problem Flag3
Reprocessed and Reused Flag0
Health Professional3
Initial Report to FDA3
Report to FDA0
Event Location3
Manufacturer ContactANITA BARNICK
Manufacturer Street325 PARAMOUNT DRIVE
Manufacturer CityRAYNHAM MA 02767
Manufacturer CountryUS
Manufacturer Postal02767
Manufacturer Phone5088283583
Manufacturer G1DEPUY SYNTHES SPINE
Manufacturer Street325 PARAMOUNT DRIVE
Manufacturer CityRAYNHAM MA 02767
Manufacturer CountryUS
Manufacturer Postal Code02767
Single Use3
Previous Use Code3
Event Type3
Type of Report3

Device Details

Brand NameJAGUAR LUMBAR WEDGED I/F CAGE
Generic NameSPINAL PEDICLE SCREW, FIXATION, APPLIANCE SYSTEM
Product CodeMCV
Date Received2014-01-29
Returned To Mfg2014-01-27
Catalog Number173123209
Lot NumberK5609
OperatorHEALTH PROFESSIONAL
Device AvailabilityR
Device AgeDA
Device Eval'ed by MfgrY
Device Sequence No1
Device Event Key0
ManufacturerDEPUY SYNTHES SPINE
Manufacturer Address325 PARAMOUNT DRIVE RAYNHAM MA 02767 US 02767


Patients

Patient NumberTreatmentOutcomeDate
10 2014-01-29

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