Virginia recalls

The power connector inside the fan can corrode and cause the fan to overheat, posing a risk of fire.

The recalled bed rails violate the mandatory standard for adult portable bed rails because users can become entrapped within the bed rail or between the bed rail and the side of the mattress, posing a serious entrapment hazard and risk of death by asphyxiation. In addition, the bed rails do not bear the required hazard warning labels.

The dietary supplements contain iron, which must be in child-resistant packaging as required by the Poison Prevention Packaging Act. The packaging of the supplements is not child-resistant, posing a risk of serious injury or death from poisoning if the contents are swallowed by young children.

The recalled steam cleaners' attachments can unexpectedly detach from the steam cleaners and expel hot water or steam onto users during use, posing a serious burn hazard.

The lithium-ion battery in the recalled pool vacuums can overheat, posing burn and fire hazards to consumers.

Santa Fe Springs, California – April 07, 2026 – Blaine Labs, Inc. is voluntarily recalling three (3) lot numbers of Wound Care Gel products, 1 oz. & 3 oz. (0.1% Benzalkonium Chloride) to the consumer level due to microbial contamination.

The outer packaging and blister pack labeling identify the product as 1mL Luer Lock Tuberculin Syringe (Product Code 1180100777), however the syringes contained within the packages are U-100 Insulin syringes.

Whole-Body MR scanners used to produce images of the inside of the human body to aid diagnosis of disease may have been manufactured/serviced with ferrous (steel) fittings instead of non-ferrous (brass) fittings on the magnet rear and if system is accessed to perform service while the magnet is ramped, the magnetic field could attract the ferrous fittings potentially resulting in personnel injury.

Oxoid Ltd., part of Thermo Fisher Scientific, confirmed that Microbact 12L Kit 20 Tests MB1128A lot 4494873 may identify incorrect organism due to inconclusive result from ambiguous color reactions in wells.

Potential for attenuation degradation over time, decreasing the lifespan.

Potential for attenuation degradation over time, decreasing the lifespan.

Potential for attenuation degradation over time, decreasing the lifespan.

Potential for attenuation degradation over time, decreasing the lifespan.

Potential for attenuation degradation over time, decreasing the lifespan.

Potential for attenuation degradation over time, decreasing the lifespan.

Potential for attenuation degradation over time, decreasing the lifespan.

Potential for attenuation degradation over time, decreasing the lifespan.

Potential for attenuation degradation over time, decreasing the lifespan.

Potential for attenuation degradation over time, decreasing the lifespan.

Potential for attenuation degradation over time, decreasing the lifespan.

Potential for attenuation degradation over time, decreasing the lifespan.

Potential for attenuation degradation over time, decreasing the lifespan.

All Medtronic MiniMed infusion pumps (Paradigm series, 600 series, and BLE 700 series) were found to be affected by unintended over- and under-delivery of insulin when the pump is elevated or lowered relative to the infusion site, respectively, because of changes in gravitational force impacting hydrostatic and hydrodynamic pressures. Insulin over-delivery, which can occur when the pump is elevated relative to the infusion site, can result in severe hypoglycemia, altered mental status, seizure, coma, or death. An under-delivery of insulin, which can occur at lowered pump height conditions relative to the infusion site, can result in severe hyperglycemia, dehydration, diabetic ketoacidosis, or death.

All Medtronic MiniMed infusion pumps (Paradigm series, 600 series, and BLE 700 series) were found to be affected by unintended over- and under-delivery of insulin when the pump is elevated or lowered relative to the infusion site, respectively, because of changes in gravitational force impacting hydrostatic and hydrodynamic pressures. Insulin over-delivery, which can occur when the pump is elevated relative to the infusion site, can result in severe hypoglycemia, altered mental status, seizure, coma, or death. An under-delivery of insulin, which can occur at lowered pump height conditions relative to the infusion site, can result in severe hyperglycemia, dehydration, diabetic ketoacidosis, or death.

All Medtronic MiniMed infusion pumps (Paradigm series, 600 series, and BLE 700 series) were found to be affected by unintended over- and under-delivery of insulin when the pump is elevated or lowered relative to the infusion site, respectively, because of changes in gravitational force impacting hydrostatic and hydrodynamic pressures. Insulin over-delivery, which can occur when the pump is elevated relative to the infusion site, can result in severe hypoglycemia, altered mental status, seizure, coma, or death. An under-delivery of insulin, which can occur at lowered pump height conditions relative to the infusion site, can result in severe hyperglycemia, dehydration, diabetic ketoacidosis, or death.

All Medtronic MiniMed infusion pumps (Paradigm series, 600 series, and BLE 700 series) were found to be affected by unintended over- and under-delivery of insulin when the pump is elevated or lowered relative to the infusion site, respectively, because of changes in gravitational force impacting hydrostatic and hydrodynamic pressures. Insulin over-delivery, which can occur when the pump is elevated relative to the infusion site, can result in severe hypoglycemia, altered mental status, seizure, coma, or death. An under-delivery of insulin, which can occur at lowered pump height conditions relative to the infusion site, can result in severe hyperglycemia, dehydration, diabetic ketoacidosis, or death.

All Medtronic MiniMed infusion pumps (Paradigm series, 600 series, and BLE 700 series) were found to be affected by unintended over- and under-delivery of insulin when the pump is elevated or lowered relative to the infusion site, respectively, because of changes in gravitational force impacting hydrostatic and hydrodynamic pressures. Insulin over-delivery, which can occur when the pump is elevated relative to the infusion site, can result in severe hypoglycemia, altered mental status, seizure, coma, or death. An under-delivery of insulin, which can occur at lowered pump height conditions relative to the infusion site, can result in severe hyperglycemia, dehydration, diabetic ketoacidosis, or death.

All Medtronic MiniMed infusion pumps (Paradigm series, 600 series, and BLE 700 series) were found to be affected by unintended over- and under-delivery of insulin when the pump is elevated or lowered relative to the infusion site, respectively, because of changes in gravitational force impacting hydrostatic and hydrodynamic pressures. Insulin over-delivery, which can occur when the pump is elevated relative to the infusion site, can result in severe hypoglycemia, altered mental status, seizure, coma, or death. An under-delivery of insulin, which can occur at lowered pump height conditions relative to the infusion site, can result in severe hyperglycemia, dehydration, diabetic ketoacidosis, or death.

All Medtronic MiniMed infusion pumps (Paradigm series, 600 series, and BLE 700 series) were found to be affected by unintended over- and under-delivery of insulin when the pump is elevated or lowered relative to the infusion site, respectively, because of changes in gravitational force impacting hydrostatic and hydrodynamic pressures. Insulin over-delivery, which can occur when the pump is elevated relative to the infusion site, can result in severe hypoglycemia, altered mental status, seizure, coma, or death. An under-delivery of insulin, which can occur at lowered pump height conditions relative to the infusion site, can result in severe hyperglycemia, dehydration, diabetic ketoacidosis, or death.

All Medtronic MiniMed infusion pumps (Paradigm series, 600 series, and BLE 700 series) were found to be affected by unintended over- and under-delivery of insulin when the pump is elevated or lowered relative to the infusion site, respectively, because of changes in gravitational force impacting hydrostatic and hydrodynamic pressures. Insulin over-delivery, which can occur when the pump is elevated relative to the infusion site, can result in severe hypoglycemia, altered mental status, seizure, coma, or death. An under-delivery of insulin, which can occur at lowered pump height conditions relative to the infusion site, can result in severe hyperglycemia, dehydration, diabetic ketoacidosis, or death.