Boston Scientific Corporation

Device may fail to deploy the cinch implant and/or fail to cut the suture as intended.

Device may fail to deploy the cinch implant and/or fail to cut the suture as intended.

Potential for breach in sterile barrier of device packaging.

Potential for breach in sterile barrier of device packaging.

Potential for breach in sterile barrier of device packaging.

Software anomaly occurs when a user adds one or more vials to the cart and subsequently returns to the Activity Calculator to modify one or more input. When a user modifies an input and selects "Recalculate", the dose calculation is updated correctly; however, any vials that were previously added to the cart are not automatically updated to reflect the revised calculation.

Boston Scientific's complaint investigations have identified that a subset of air ingress complaints are associated with hemostatic valve damage related to dilator insertion orientation during device preparation. Valve damage may result in air ingress, potential air embolism, and associated patient harm. This risk can be mitigated by inserting the dilator straight through the center of the valve and fully advancing it into the sheath body.

Boston Scientific's complaint investigations have identified that a subset of air ingress complaints are associated with hemostatic valve damage related to dilator insertion orientation during device preparation. Valve damage may result in air ingress, potential air embolism, and associated patient harm. This risk can be mitigated by inserting the dilator straight through the center of the valve and fully advancing it into the sheath body.

Boston Scientific's complaint investigations have identified that a subset of air ingress complaints are associated with hemostatic valve damage related to dilator insertion orientation during device preparation. Valve damage may result in air ingress, potential air embolism, and associated patient harm. This risk can be mitigated by inserting the dilator straight through the center of the valve and fully advancing it into the sheath body.

Boston Scientific's complaint investigations have identified that a subset of air ingress complaints are associated with hemostatic valve damage related to dilator insertion orientation during device preparation. Valve damage may result in air ingress, potential air embolism, and associated patient harm. This risk can be mitigated by inserting the dilator straight through the center of the valve and fully advancing it into the sheath body.