A device for snugging a balloon of a catheter against an inner wall of an intra-corporeal lumen or surface serviced by the catheter includes a hollow column having a top end and a bottom end, forming a throughway sized to accommodate a tube of the catheter, and a flange extending from the bottom end of the hollow column generally perpendicularly to length of the hollow column. A slit is formed in the hollow column and the flange through which the hollow column is connectable to the tube of the catheter. The catheter is tugged to contact the balloon to the inner wall of the lumen, and the device is fixed to the tube of the catheter atop the skin of a body serviced by the catheter to tension pressure of the balloon against the inner wall.

A gastrostomy or nasogastric tube venting unit has a containment vessel for measuring fluids expelled with gastric gas before, during, after, or independent from feeding. The venting unit is particularly well-suited for pediatric or extremely weak patients who have difficulty producing sufficient pressure to expel gas through a fluid-filled feeding tube, including babies weighing less than 2000 grams. The venting unit includes a handle for suspending from an IV pole, a car or infant seat, stroller, a coat hook, or other support structures that might be used for travel. The containment vessel has a splash guard in the form of mesh material or screen covering or molded within the upper opening of the vessel, and can be capped temporarily for ease of transportation. The cap can be reopened when the patient is secured in a car seat or other means for travel, so that venting can resume. The splash-guard screen prevents spilling, spraying or splashing of liquids when gastric contents are explosively expelled along with gas.

A feeding system for medical patients comprises a storage assembly, dispensing assembly, and extension set including, in part, a reservoir, a pump, a feeding tube, a check valve and an adapter. The reservoir is configured to hold at least one feeding of nutritional substance. The dispensing assembly is connected to the storage assembly and pumps the at least one feeding of nutritional substance from the reservoir to the feeding tube connected to an outlet of the pump. The check valve unit is connected to a second end of the feeding tube by means of a check valve connection point and is configured to allow the flow of nutritional substance in only one direction. The at least one feeding of nutritional substance is passed through the adapter unit connected to the check valve unit.

The present disclosure provides a device that includes: (a) a tube having a first end and a second end, (b) a stopper coupled to a surface of the tube adjacent to the second end of the tube, where the stopper is configured to extend radially from the surface of the tube, (c) a first rib coupled to the surface of the tube, and (d) a second rib coupled to the surface of the tube, where the first rib and the second rib are positioned opposite one another on the surface of the tube between the first end of the tube and the stopper.

In some embodiments a PEG feeding device includes a tube sized to bridge a channel between a stomach and an outer abdominal surface; an internal bolster, and an external bolster. Optionally the bolsters are connected to the tube. The internal bolster may be sized to resist movement out of the stomach through the stoma. The external bolster may be sized to resist movement into the stoma from the outer abdominal surface. The external bolster may include an underside which extends from the tube in a radial direction between the external bolster and the outer abdominal surface. The underside of the outer bolster may contact the outer abdominal surface at a distance from an external opening of the stoma. Optionally the distance between the internal bolster and the external bolster is adjustable. Optionally an angle between one or both of the bolsters and the tube is adjustable.

In some embodiments a PEG feeding device includes a tube sized to bridge a channel between a stomach and an outer abdominal surface; an internal bolster, and an external bolster. Optionally the bolsters are connected to the tube. The internal bolster may be sized to resist movement out of the stomach through the stoma. The external bolster may be sized to resist movement into the stoma from the outer abdominal surface. The external bolster may include an underside which extends from the tube in a radial direction between the external bolster and the outer abdominal surface. The underside of the outer bolster may contact the outer abdominal surface at a distance from an external opening of the stoma. Optionally the distance between the internal bolster and the external bolster is adjustable. Optionally an angle between one or both of the bolsters and the tube is adjustable.

The invention provides a plaster for use in securing a tube to a patient. The plaster comprises a top layer having an upper surface, a lower surface, and a pull tab. The plaster also comprises a base layer having an upper surface, and a lower surface. At least a portion of the lower surface of the top layer or the upper surface of the base layer is provided with an adhesive for adhering the plaster to the tube. The lower surface of the base layer is provided with an adhesive for adhering the plaster to the patient. The top layer includes a hinge about which the pull tab can be oriented away from the skin of the patient.

In some embodiments a PEG feeding device includes a tube sized to bridge a channel between a stomach and an outer abdominal surface; an internal bolster, and an external bolster. Optionally the bolsters are connected to the tube. The internal bolster may be sized to resist movement out of the stomach through the stoma. The external bolster may be sized to resist movement into the stoma from the outer abdominal surface. The external bolster may include an underside which extends from the tube in a radial direction between the external bolster and the outer abdominal surface. The underside of the outer bolster may contact the outer abdominal surface at a distance from an external opening of the stoma. Optionally the distance between the internal bolster and the external bolster is adjustable. Optionally an angle between one or both of the bolsters and the tube is adjustable.

A gastrostomy or nasogastric tube venting unit has a containment vessel for measuring fluids expelled with gastric gas before, during, after, or independent from feeding. The venting unit is particularly well-suited for pediatric or extremely weak patients who have difficulty producing sufficient pressure to expel gas through a fluid-filled feeding tube, including babies weighing less than 2000 grams. The venting unit includes a handle for suspending from an IV pole, a car or infant seat, stroller, a coat hook, or other support structures that might be used for travel. The containment vessel has a splash guard in the form of mesh material or screen covering or molded within the upper opening of the vessel, and can be capped temporarily for ease of transportation. The cap can be reopened when the patient is secured in a car seat or other means for travel, so that venting can resume. The splash-guard screen prevents spilling, spraying or splashing of liquids when gastric contents are explosively expelled along with gas.

The present disclosure comprises a multi-component dressing for securing an enteral access device, for example, a gastrosnootomy, jejunostomy, cecostomy or vesicostomy button or a gastrostomy tube, or a parenteral access device, and can comprise one or more of an adhesive layer, an absorptive layer and a securement layer to engage the device.