Hazard
7 recalls in our database tag this hazard, drawn from FDA, USDA FSIS, CPSC, and NHTSA source notices.
Of the 7 reduced blood flow recalls we have scored against our rubric, 0 (0%) are Critical — deaths or serious injuries reported, or the agency’s own highest classification — and 7 (100%) are Severe.
Hazard tags are short, machine-readable labels we attach to every recall to make cross-cutting queries possible — “all reduced blood flow recalls regardless of agency”, “all listeria recalls in California”, “all airbag recalls in 2025”. The tags are extracted from each recall’s source text during the LLM rewrite step and validated against a fixed schema.
A recall can carry multiple tags — a Listeria recall might also be tagged ready-to-eat and undeclared-allergen. Use the full-text search if you want to combine hazard tags with brand or category filters.
Datascope Corporation is recalling 10 units of the BEQ-T 25501 Better Bladder Pack, Custom Tubing Kit. A seal defect may allow air entry, causing balloon collapse and reduced blood flow in ECMO circuits.
Datascope is recalling 22 units of BEQ-TOP 33700 ECC 3/8" PACK custom tubing kits because a seal defect may cause balloon collapse and reduced blood flow.
Datascope is recalling specific NICU ECC Pack custom tubing kits because a seal defect may allow air to enter the device, potentially reducing blood flow in ECMO circuits.
Datascope is recalling the Better Bladder device in custom tubing kits because seal separation may cause balloon collapse and reduced blood flow.
Datascope is recalling 11 custom tubing kits containing the Better Bladder device due to a seal defect that may cause balloon collapse and reduced blood flow.
Circulatory Technology Inc is recalling Better-Bladder cardiopulmonary bypass blood reservoirs because they may collapse during use, potentially causing a drop in circuit blood flow.
Circulatory Technology Inc is recalling specific models of cardiopulmonary bypass blood reservoirs because they may collapse during use, potentially causing a drop in circuit blood flow.