Fluid containment apparatus for surgery and method of use
A liquid containment system in accordance with the present invention includes a flexible plastic or elastomeric bag with several apertures. Surrounding each aperture is a port member such as a silastic ring. The port member functions at least reduce the escape of airborne particules from the bag while permitting the insertion of a surgical instrument into the bag. The port member may be made at least partially of a silicone based material to provide resistance to damage by ultrasonic tools.
1 . A surgical liquid containment system comprising: a bag made at least partially of optically transmitting material, said bag have at least one first opening defined by a rim sealingly engageable with a portion of a patient's body, said bag having at least one second opening provided with a respective port member effective to reduce escape of airborne particles from said bag while permitting penetration into said bag of a surgical instrument, said bag having at least one third opening for liquid drainage, further comprising a valve at said third opening for enabling drainage of liquid effluent from said bag via said third opening.
2 . The containment system defined in claim 1 wherein said port member includes a tubular member.
3 . The containment system defined in claim 2 wherein said bag is provided at said second opening with a drainage element.
4 . The containment system defined in claim 3 wherein said drainage element is a tube.
5 . The containment system defined in claim 2 wherein said port member further includes at least one flap.
6 . The containment system defined in claim 1 wherein said port member is made at least in part of an ultrasound impervious material.
7 . The containment system defined in claim 6 wherein said material is a silicone material.
8 . The containment system defined in claim 1 wherein said port member includes at least one flap.
9 . The containment system defined in claim 1 wherein said first opening is provided along said rim with a drawstring.
10 . The containment system defined in claim 1 , further comprising a connector at said third opening for coupling said valve to a container and optionally a suction source.
11 . The containment system defined in claim 1 , further comprising a source of gas pressure operably connectable to said bag for maintaining said bag in an at least partially expanded state during a surgical operation in which said bag surrounds a portion of the patient's body including a target surgical site.
12 . The containment system defined in claim 1 , further comprising at least one support member connected to said bag for maintaining said bag in an at least partially expanded configuration.
13 . A surgical method comprising:
providing a surgical liquid containment system including a bag made at least partially of optically transmitting material, said bag have at least one first opening defined by a rim sealingly engageable with a portion of a patient's body, said bag having at least one second opening provided with a respective port member effective to reduce escape of airborne particles from said bag while permitting penetration into said bag of a surgical device, said bag having at least one third opening for liquid drainage, further comprising a valve at said third opening for enabling drainage of liquid effluent from said bag via said third opening;
disposing said bag about a portion of the patient's body having a target surgical site;
engaging said rim with the patient's body to close off said first opening;
after the disposing of said bag about said portion of the patient's body, inserting a distal end portion of a surgical instrument through at least an outer portion of said port member;
after the insertion of said distal end portion of said surgical instrument through said outer portion of said port member, operating said surgical instrument to effectuate a surgical procedure on tissues of the patient at said surgical site; and
opening said valve to drain liquid from said bag.
14 . The method defined in claim 13 wherein said port member includes a tubular member, further comprising placing a rim of said tubular element into engagement with the patient's body about said surgical site said distal end portion of said surgical instrument being surrounded by said tubular member during the operating of the surgical instrument.
15 . The method defined in claim 13 wherein said bag is provided at said second opening with a drainage element, further comprising draining fluid from said tubular member through said drainage element.
16 . The method defined in claim 13 wherein said port member is made at least in part of an ultrasound impervious material, said surgical instrument taking the form of an ultrasound instrument, the operating of said ultrasound instrument including ultrasonically ablating selected tissues of the patient at said surgical site.
17 . The method defined in claim 13 wherein said port member includes at least one flap, the inserting of said distal end portion of said surgical instrument including moving said flap.
18 . The method defined in claim 13 wherein said first opening is provided along said rim with a drawstring, further comprising closing said drawstring about the patient's body.
19 . The method defined in claim 13 , further comprising forming a connection at said third opening coupling said valve to a container and optionally a suction source.
20 . The method defined in claim 13 , further comprising connecting a source of gas pressure to said bag and operating said source to deliver gas to said bag to maintain said bag in an at least partially expanded state during the operating of said surgical instrument.