System and method for sensing tissue characteristics
A medical device for treating and analyzing tissue includes a plasma applicator having a housing. The housing includes a substantially tubular shape and defines a lumen therethrough. The lumen is in fluid communication with an ionizable media source configured to supply ionizable media thereto. The applicator also includes one or more electrodes coupled to the housing. The electrodes are adapted to couple to a power source configured to energize the electrodes to ignite the ionizable media to form a plasma plume for treating tissue. The device also includes an effluent-collection attachment coupled to the plasma applicator. The effluent-collection attachment is configured to collect a portion of a plasma effluent.
1. A medical device for treating and analyzing tissue, the medical device comprising:
a plasma applicator including:
an applicator housing having a tubular shape and defining a first lumen therethrough, the first lumen in fluid communication with an ionizable media source configured to supply ionizable media thereto;
at least one electrode disposed within the applicator housing, the at least one electrode adapted to couple to a power source that energizes the at least one electrode to ignite the ionizable media to form a plasma plume for treating tissue;
an effluent-collection attachment including an attachment housing having a tubular shape and defining a second lumen, the attachment housing is disposed concentrically about the applicator housing and is configured to collect a portion of a plasma effluent; and
a spacer coupled to an outer surface of the applicator housing and an inner surface of the attachment housing.
2. The medical device according to claim 1 , wherein the effluent-collection attachment is in fluid communication with a negative pressure source configured to provide for a flow of the plasma effluent through the effluent-collection attachment.
3. The medical device according to claim 2 , wherein the applicator housing includes at least one side opening that fluidly couples the first lumen and the second lumen allowing for the plasma plume to flow through both lumens.
4. The medical device according to claim 1 , wherein the spacer includes a central opening such that the applicator housing is configured to frictionally fit through the central opening.
5. The medical device according to claim 4 , wherein the spacer further includes a plurality of flow openings.
6. The medical device according to claim 5 , wherein the plurality of flow openings is disposed radially around the central opening.
7. The medical device according to claim 4 , wherein the spacer is formed from a dielectric material.
8. A plasma treatment system comprising:
an ionizable media source including ionizable media;
a power source;
a plasma applicator including:
an applicator housing having a tubular shape and defining a first lumen therethrough, the first lumen in fluid communication with the ionizable media source configured to supply the ionizable media thereto;
at least one electrode disposed within the applicator housing, the at least one electrode coupled to the power source that energizes the at least one electrode to ignite the ionizable media to form a plasma plume for treating tissue;
an effluent-collection attachment including an attachment housing having a tubular shape and defining a second lumen, the attachment housing is disposed concentrically about the applicator housing;
a negative pressure source coupled to the effluent-collection attachment and configured to collect a portion of a plasma effluent through the effluent-collection attachment; and
a spacer coupled to an outer surface of the applicator housing and an inner surface of the attachment housing.
9. The plasma treatment system according to claim 8 , wherein the effluent-collection attachment is in fluid communication with a negative pressure source configured to provide for a flow of the plasma effluent through the effluent-collection attachment.
10. The plasma treatment system according to claim 9 , wherein the applicator housing includes at least one side opening that fluidly couples the first lumen and the second lumen allowing for the plasma plume to flow through both lumens.
11. The plasma treatment system according to claim 8 , wherein the spacer includes a central opening such that the applicator housing is configured to frictionally fit through the central opening.
12. The plasma treatment system according to claim 11 , wherein the spacer further includes a plurality of flow openings.
13. The plasma treatment system according to claim 12 , wherein the plurality of flow openings is disposed radially around the central opening.
14. The plasma treatment system according to claim 8 , wherein the spacer is formed from a dielectric material.