Gamma-Glutamyl Transferase (GGT) Reagent Low End Repeatability-Imprecision. Reagent may demonstrate a coefficient of variation (%CV) outside of the performance data for repeatability (within-run) listed in the Instructions For Use (IFU) on some analyzers.
There is an increased likelihood of the introducer sheath separating at the proximal bond site. If separation occurs during use, it could result in life-threatening adverse events. The potential adverse events that may occur include, but are not limited to increased procedural time, intervention to retrieve a separated segment, embolization occluding blood flow to a vital organ, vessel injury, and hemorrhage.
There is an increased likelihood of the introducer sheath separating at the proximal bond site. If separation occurs during use, it could result in life-threatening adverse events. The potential adverse events that may occur include, but are not limited to increased procedural time, intervention to retrieve a separated segment, embolization occluding blood flow to a vital organ, vessel injury, and hemorrhage.
Gamma-Glutamyl Transferase (GGT) Reagent Low End Repeatability-Imprecision. Reagent may demonstrate a coefficient of variation (%CV) outside of the performance data for repeatability (within-run) listed in the Instructions For Use (IFU) on some analyzers.
There is an increased likelihood of the introducer sheath separating at the proximal bond site. If separation occurs during use, it could result in life-threatening adverse events. The potential adverse events that may occur include, but are not limited to increased procedural time, intervention to retrieve a separated segment, embolization occluding blood flow to a vital organ, vessel injury, and hemorrhage.
There is an increased likelihood of the introducer sheath separating at the proximal bond site. If separation occurs during use, it could result in life-threatening adverse events. The potential adverse events that may occur include, but are not limited to increased procedural time, intervention to retrieve a separated segment, embolization occluding blood flow to a vital organ, vessel injury, and hemorrhage.
There is an increased likelihood of the introducer sheath separating at the proximal bond site. If separation occurs during use, it could result in life-threatening adverse events. The potential adverse events that may occur include, but are not limited to increased procedural time, intervention to retrieve a separated segment, embolization occluding blood flow to a vital organ, vessel injury, and hemorrhage.
There is an increased likelihood of the introducer sheath separating at the proximal bond site. If separation occurs during use, it could result in life-threatening adverse events. The potential adverse events that may occur include, but are not limited to increased procedural time, intervention to retrieve a separated segment, embolization occluding blood flow to a vital organ, vessel injury, and hemorrhage.
There is an increased likelihood of the introducer sheath separating at the proximal bond site. If separation occurs during use, it could result in life-threatening adverse events. The potential adverse events that may occur include, but are not limited to increased procedural time, intervention to retrieve a separated segment, embolization occluding blood flow to a vital organ, vessel injury, and hemorrhage.
There is an increased likelihood of the introducer sheath separating at the proximal bond site. If separation occurs during use, it could result in life-threatening adverse events. The potential adverse events that may occur include, but are not limited to increased procedural time, intervention to retrieve a separated segment, embolization occluding blood flow to a vital organ, vessel injury, and hemorrhage.
There is an increased likelihood of the introducer sheath separating at the proximal bond site. If separation occurs during use, it could result in life-threatening adverse events. The potential adverse events that may occur include, but are not limited to increased procedural time, intervention to retrieve a separated segment, embolization occluding blood flow to a vital organ, vessel injury, and hemorrhage.
There is an increased likelihood of the introducer sheath separating at the proximal bond site. If separation occurs during use, it could result in life-threatening adverse events. The potential adverse events that may occur include, but are not limited to increased procedural time, intervention to retrieve a separated segment, embolization occluding blood flow to a vital organ, vessel injury, and hemorrhage.
There is an increased likelihood of the introducer sheath separating at the proximal bond site. If separation occurs during use, it could result in life-threatening adverse events. The potential adverse events that may occur include, but are not limited to increased procedural time, intervention to retrieve a separated segment, embolization occluding blood flow to a vital organ, vessel injury, and hemorrhage.
There is an increased likelihood of the introducer sheath separating at the proximal bond site. If separation occurs during use, it could result in life-threatening adverse events. The potential adverse events that may occur include, but are not limited to increased procedural time, intervention to retrieve a separated segment, embolization occluding blood flow to a vital organ, vessel injury, and hemorrhage.
There is an increased likelihood of the introducer sheath separating at the proximal bond site. If separation occurs during use, it could result in life-threatening adverse events. The potential adverse events that may occur include, but are not limited to increased procedural time, intervention to retrieve a separated segment, embolization occluding blood flow to a vital organ, vessel injury, and hemorrhage.
There is an increased likelihood of the introducer sheath separating at the proximal bond site. If separation occurs during use, it could result in life-threatening adverse events. The potential adverse events that may occur include, but are not limited to increased procedural time, intervention to retrieve a separated segment, embolization occluding blood flow to a vital organ, vessel injury, and hemorrhage.
There is an increased likelihood of the introducer sheath separating at the proximal bond site. If separation occurs during use, it could result in life-threatening adverse events. The potential adverse events that may occur include, but are not limited to increased procedural time, intervention to retrieve a separated segment, embolization occluding blood flow to a vital organ, vessel injury, and hemorrhage.
There is an increased likelihood of the introducer sheath separating at the proximal bond site. If separation occurs during use, it could result in life-threatening adverse events. The potential adverse events that may occur include, but are not limited to increased procedural time, intervention to retrieve a separated segment, embolization occluding blood flow to a vital organ, vessel injury, and hemorrhage.
There is a potential that catheters may have incorrectly marked balloon and arterial lines. This could result in a procedure delay or injury to the patient.
There is an increased likelihood of the introducer sheath separating at the proximal bond site. If separation occurs during use, it could result in life-threatening adverse events. The potential adverse events that may occur include, but are not limited to increased procedural time, intervention to retrieve a separated segment, embolization occluding blood flow to a vital organ, vessel injury, and hemorrhage.