Nasogastric or orogastric tube tips
An NG feeding tube tip ( 50 ) is disclosed, which has a main body portion that fits to the end of an NG or OG feeding tube ( 20 ). The main body has a hollow interior that is in fluid communication with the bore of the NG or OG tube ( 20 ); and an aperture ( 56 ) in a sidewall through which feed can be given to a patient, and through which a sample of stomach content can be aspirated. The tip ( 50 ) is characterised by the outer wall of the main body comprising a recess or groove ( 60, 62, 80 ), which intersects the aperture ( 56 ), and which extends at least partially around the exterior surface of the main body. The recess or groove ( 60, 62, 80 ) prevents or inhibits an aperture-occluding seal between the stomach wall ( 30 ) and the NG or OG tube tip being formed, especially when a vacuum is applied to the NG or OG tube ( 20 ) during an aspiration procedure.
1. An orogastric or nasogastric (NG) feeding tube tip comprising:
a main body portion having a hollow interior bore, which is, in use, in fluid communication with a bore of a feeding tube; and
only one through aperture in a sidewall of the main body portion, which is in fluid communication with the hollow interior bore, and hence the bore of the feeding tube,
the NG tube feeding tip being characterised in that:
an outer wall of the main body portion comprises a recess or groove on the outer wall and sized to provide capillary draw action to wick fluids, the recess or groove, intersects the one through aperture, and which extends at least partially around an exterior surface of the main body portion, and in that the one through aperture extends perpendicularly to an axis of the hollow interior bore, the capillary draw action being independent of external vacuum draw applied to the one through aperture;
the only one through aperture extends entirely through the main body portion, where diametrically opposing openings of the one through aperture in the sidewall are equidistant from a distal end of the NG tube feeding tip; and
is in fluid communication with the hollow interior bore.
2. The NG feeding tube tip of claim 1 , wherein the recess or groove extends radially at least partially around a circumference of the main body portion.
3. The NG feeding tube tip of claim 1 , wherein the recess or groove extends at least partially along an axial direction relative to the main body portion.
4. The NG feeding tube tip of claim 1 , wherein the recess or groove extends both axially and radially around the main body portion of the NG feeding tube tip.
5. The NG feeding tube tip of claim 1 , wherein the recess or groove follows a serpentine path around the main body portion of the NG feeding tube tip.
6. The NG feeding tube tip of claim 1 , wherein the recess or groove follows an at least partially helical path around the main body portion of the NG feeding tube tip.
7. The NG feeding tube tip of claim 1 , wherein the recess or groove comprises two or more recesses or grooves, which provide a plurality of fluid passageways between various points on the NG feeding tube tip's main body portion's surface and the only one through aperture.
8. The NG feeding tube tip of claim 7 , wherein the two or more recesses or grooves extend in different directions.
9. The NG feeding tube tip of claim 1 , wherein the NG feeding tube tip comprises a smooth, rounded profile.
10. The NG feeding tube tip of claim 1 , wherein the NG feeding tube tip comprises a generally bullet-shaped, rounded tip.
11. The NG feeding tube tip of claim 1 , wherein the recess or groove comprises a profile, which does not present an edge or surface at 90° to a longitudinal axis.
12. The NG feeding tube tip of claim 1 , wherein surfaces and/or edges of the recess or groove are inclined.
13. The NG feeding tube tip of claim 1 , wherein the main body portion is generally cylindrical and has a profile, which blends into an outer profile of the feeding tube to which the NG feeding tube tip is affixed.