95,075 total recalls in our database
Glenmark Pharmaceuticals Inc., USA
CGMP Deviations: presence of N-Nitroso Atomoxetine Impurity above the FDA recommended limit.
Glenmark Pharmaceuticals Inc., USA
CGMP Deviations: presence of N-Nitroso Atomoxetine Impurity above the FDA recommended limit.
Defective delivery system - patches could be multi-stacked, adhered one on top of the other, in a single product pouch.
Glenmark Pharmaceuticals Inc., USA
CGMP Deviations: presence of N-Nitroso Atomoxetine Impurity above the FDA recommended limit.
Subpotent Drug: Out of Specification (OOS) result for De hydro Impurity (0.654%) for 18 M Stability sample and low assay 94.9% (specification of NLT 95.0% NMT 105%)
Presence of Particulate Matter.
Failed impurities/degradation specifications and Sub-potent Drug: Out-of-specification results were obtained during routine stability testing for Assay and Impurities.
Glenmark Pharmaceuticals Inc., USA
CGMP Deviations: presence of N-Nitroso Atomoxetine Impurity above the FDA recommended limit.
Glenmark Pharmaceuticals Inc., USA
CGMP Deviations: presence of N-Nitroso Atomoxetine Impurity above the FDA recommended limit.
Glenmark Pharmaceuticals Inc., USA
CGMP Deviations: presence of N-Nitroso Atomoxetine Impurity above the FDA recommended limit.
Glenmark Pharmaceuticals Inc., USA
CGMP Deviations: presence of N-Nitroso Atomoxetine Impurity above the FDA recommended limit.
Failed impurities/degradation specifications and Sub-potent Drug: Out-of-specification results were obtained during routine stability testing for Assay and Impurities.
Glenmark Pharmaceuticals Inc., USA
CGMP Deviations: presence of N-Nitroso Atomoxetine Impurity above the FDA recommended limit.
Glenmark Pharmaceuticals Inc., USA
CGMP Deviations: presence of N-Nitroso Atomoxetine Impurity above the FDA recommended limit.
RAYSEARCH LABORATORIES AB
Inconsistency in the use of Density uncertainty in the RayStation functions Robust optimization, Robust evaluation and Compute perturbed dose for proton and light ion treatment plans when a HU-to-mass density CT calibration curve used in RayStation version 4.5 to 2024B including some service packs.
Due to increase in complaints related to leak alarms
Product may contain surface and subsurface contamination of Listeria monocytogenes which is typically visible immediately upon removal from the packaging, appearing on the blood side of the biplate.
Inconsistency in the use of Density uncertainty in the RayStation functions Robust optimization, Robust evaluation and Compute perturbed dose for proton and light ion treatment plans when a HU-to-mass density CT calibration curve used in RayStation version 4.5 to 2024B including some service packs.
Inconsistency in the use of Density uncertainty in the RayStation functions Robust optimization, Robust evaluation and Compute perturbed dose for proton and light ion treatment plans when a HU-to-mass density CT calibration curve used in RayStation version 4.5 to 2024B including some service packs.
Under very rare situations, the Dexcom G6 touchscreen receiver may not provide high or low glucose alarms/alerts as designed, which can result in two different conditions. First, if a receiver operating system .net error occurs when an alarm/alert should be triggered, the initial alarm/alert will not be delivered until a subsequent alarm/alert is triggered. At that time, the initial alarm/alert is delivered, but not the second one. Alarm/alerts will continue to be delayed and be one alarm/alert behind, causing delayed alarm/alerts until the receiver is reset. This condition could result in the missed detection of a hyperglycemic or hypoglycemic event. Second, a single EGV reading may be delayed for 5 minutes after the initial .net operating system error. If the user receives a single EGV reading delayed by 5 minutes, the delay is not expected to cause user harm.