Assembly for deploying a sensor within a bladder
A flexible sensor configured for use in a bladder is flexible and moveable from a first position in which it is configured to not be discharged from the bladder to a second position in which it is configured to be inserted into the bladder. A sensor insertion tool includes an over sheath, a push rod configured to be inserted into a first lumen of the over sheath. The flexible sensor is positioned in the first lumen of the over sheath, the push rod is then inserted partially into the over sheath behind the flexible sensor. The sensor insertion tool is then positioned at a location, such as the opening to the bladder, in which the sensor is to be deployed.
1. An assembly for deploying a sensor within a bladder of a subject, the sensor comprising a housing having a first housing end and a second housing end, a first endcap secured to the first housing end and comprising a coude tip, a second endcap secured to the second housing end, and a protrusion arranged on the first endcap, the assembly comprising:
an insertion tool for inserting the sensor through a urethra of the subject and into the subject's bladder, the insertion tool comprising:
a tubular sheath configured to be inserted through the subject's urethra and at least partially into the subject's bladder, the tubular sheath comprising:
a first sheath end;
a second sheath end opposite the first sheath end;
a sheath length extending between the first and second sheath ends;
a sheath lumen extending along the sheath length and configured to receive the sensor; and
an opening formed in the tubular sheath at said first sheath end, said opening defining a slot configured to engage the protrusion of the sensor when the sensor is received by the sheath lumen; and
an insertion tool handle arranged at the second sheath end and comprising a hole that is in fluid communication with the sheath lumen;
wherein engagement of the slot with the protrusion of the sensor causes the sensor to rotate together with the insertion tool handle and the tubular sheath about an axis extending through the sheath lumen, thereby enabling the coude tip of the first endcap to be oriented when inserting the sensor into the subject's bladder; and
a push rod for forcing the sensor out of the sheath lumen and into the subject's bladder, the push rod comprising:
a stem configured to be inserted through the hole of the insertion tool handle and at least a portion of the sheath lumen, the stem comprising a first stem end and a second stem end opposite the first stem end; and
a push rod handle arranged at the second stem end.
2. The assembly of claim 1 , wherein the tubular sheath and the push rod are configured to allow fluid from the subject's bladder to flow through the sheath lumen and around the stem after the sensor is forced out of the sheath lumen of the insertion tool, thereby providing a visual indication that the sensor has been deployed within the subject's bladder.
3. The assembly of claim 1 , wherein the insertion tool further comprises an indicator on a portion of the insertion tool handle, the indicator aligned with the slot and configured to indicate a rotational position of the first sheath end when the first sheath end is within the subject's urethra or bladder.
4. A kit comprising the assembly of claim 1 and further comprising said sensor.
5. The kit of claim 4 , wherein the first endcap of the sensor comprises a first section arranged within the housing and a second section arranged outside the housing, and wherein the protrusion of the sensor is arranged on the second section of the first endcap.
6. An assembly for deploying a sensor within a bladder of a subject, the sensor comprising a housing, an endcap secured to an end of the housing and comprising a coude tip, and a protrusion arranged on the endcap, the assembly comprising:
an insertion tool for inserting the sensor through a urethra of the subject and into the subject's bladder, the insertion tool comprising:
a sheath configured to be inserted through the subject's urethra and at least partially into the subject's bladder, the sheath comprising:
a first sheath end;
a second sheath end;
a sheath length extending between the first and second sheath ends;
a sheath lumen extending along the sheath length and configured to receive the sensor;
an opening formed in the sheath at said first sheath end, said opening defining a slot configured to engage the protrusion of the sensor when the sensor is received by the sheath lumen; and
an insertion tool handle arranged at the second sheath end and comprising a hole that is in fluid communication with the sheath lumen;
wherein engagement of the slot with the protrusion of the sensor causes the sensor to rotate together with the insertion tool handle and the sheath about an axis extending through the sheath lumen, thereby enabling the coude tip of the endcap to be oriented when inserting the sensor into the subject's bladder; and
a push rod configured to be inserted through the hole of the insertion tool handle and at least a portion of the sheath lumen to force the sensor out of the sheath lumen and into the subject's bladder.
7. The assembly of claim 6 , wherein the push rod comprises a stem and a handle arranged at an end of the stem.
8. The assembly of claim 7 , wherein the sheath and the push rod are configured to allow fluid from the subject's bladder to flow through the sheath lumen and around the stem after the sensor is forced out of the sheath lumen of the insertion tool, thereby providing a visual indication that the sensor has been deployed within the subject's bladder.
9. The assembly of claim 6 , wherein the insertion tool further comprises an indicator on a portion of the insertion tool handle, the indicator aligned with the slot and configured to indicate a rotational position of the first sheath end when the first sheath end is within the subject's urethra or bladder.
10. A kit comprising the assembly of claim 6 and further comprising said sensor.
11. The kit of claim 10 , wherein the endcap of the sensor comprises a first section arranged within the housing and a second section arranged outside the housing, and wherein the protrusion of the sensor is arranged on the second section of the endcap.
12. An assembly for deploying a sensor within a bladder of a subject, the assembly comprising:
an insertion tool comprising a sheath configured to be inserted through a urethra of the subject and at least partially into the subject's bladder, the sheath comprising a first sheath end, a second sheath end, a sheath length extending between the first and second sheath ends, a sheath lumen extending along the sheath length and configured to receive the sensor, and an opening formed in the sheath at said first sheath end, said opening defining a slot wherein configured to engage a portion of the sensor and cause the sensor to rotate together with the sheath about an axis extending through the sheath lumen; and
a push rod for forcing the sensor out of the sheath lumen and into the subject's bladder.
13. The assembly of Claim 12 , wherein the insertion tool further comprises:
an insertion tool handle arranged at the second sheath end; and
an indicator on a portion of the insertion tool handle, the indicator aligned with the slot and configured to indicate a rotational position of the first sheath end when the first sheath end is within the subject's urethra or bladder.
14. The assembly of claim 12 , wherein the insertion tool further comprises an insertion tool handle arranged at the second sheath end and comprising a hole that is in fluid communication with the sheath lumen, and wherein the push rod is configured to be inserted through the hole of the insertion tool handle and at least a portion of the sheath lumen to force the sensor out of the sheath lumen and into the subject's bladder.
15. The assembly of claim 12 , wherein the push rod comprises a stem and a handle arranged at an end of the stem.
16. The assembly of claim 15 , wherein the sheath and the push rod are configured to allow fluid from the subject's bladder to flow through the sheath lumen and around the stem after the sensor is forced out of the sheath lumen of the insertion tool, thereby providing a visual indication that the sensor has been deployed within the subject's bladder.
17. A kit comprising the assembly of claim 12 and further comprising said sensor, wherein:
the sensor comprises a housing, an endcap secured to an end of the housing, and a protrusion arranged on the endcap; and
said slot is configured to engage the protrusion of the sensor to cause the sensor to rotate together with the sheath about said axis.
18. The kit of claim 17 , wherein the endcap of the sensor comprises a first section arranged within the housing and a second section arranged outside the housing, and wherein the protrusion of the sensor is arranged on the second section of the endcap.