Surgical drain with sensors for monitoring internal tissue condition by transmittance
Devices and methods of using a surgical drain, and more particularly a surgical drain having at least one sensor for monitoring and/or recording the condition of the anatomical site or fluid emitted from the site where the surgical drain is placed. Modifications may be made to the surgical drain to improve stabilization or immobilization in the proximity of the anatomical site to be monitored.
1. A surgical drain system for draining wound fluids and sensing a physiological property of a tissue in a patient's body comprising:
a) a surgical drain configured to be fully implanted in a patient's body, to rest against the surface of at least one tissue in the patient's body, and to drain wound fluids from the vicinity of the tissue, wherein the surgical drain is not configured to penetrate the tissue, comprising:
i. a first surface located on an outer side of the surgical drain;
ii. a drain portion configured to rest against the tissue within the body;
iii. a plurality of drain holes spaced along substantially the entire length of the drain portion;
b) a first element branching out from the first surface of the surgical drain and configured for insertion in the tissue inside the patient's body and to emit energy into the tissue;
c) a second element branching out from the first surface of the surgical drain and configured for insertion in the tissue inside the patient's body and to receive energy from the tissue; and
d) a tube in fluid communication with the surgical drain configured to transport the drained wound fluids out of the body.
2. The surgical drain of claim 1 wherein the first and second elements include optical fibers.
3. The surgical drain of claim 1 wherein the received energy is indicative of a physiological property of the tissue.
4. The surgical drain of claim 3 , wherein the physiological property is selected from the group comprising: oxygenation, perfusion, pH, NADH levels, biochemical composition, or drug concentration.
5. The surgical drain of claim 1 wherein the second element is configured to receive energy from the tissue that is a derivative of the energy emitted into the tissue by the first element.
6. A surgical drain system for draining wound fluids and sensing a physiological property of a tissue in a patient's body comprising:
a) a surgical drain configured to be fully implanted in a patient's body, to rest against the surface of at least one tissue in the patient's body, and to drain wound fluids from the vicinity of the tissue, wherein the surgical drain is not configured to penetrate the tissue, comprising:
i. a first surface located on an outer side of the surgical drain;
ii. a drain portion configured to rest against the tissue within the body;
iii. a plurality of drain holes spaced along substantially the entire length of the drain portion;
b) a first element branching out from the first surface of the surgical drain and configured for insertion in the tissue inside the patient's body and to emit energy into the tissue;
c) a second element embedded in the first surface of the surgical drain and configured to receive energy from the tissue; and
d) a tube in fluid communication with the surgical drain configured to transport the drained wound fluids out of the body.
7. The surgical drain of claim 6 wherein the first and second elements include optical fibers.
8. The surgical drain of claim 6 wherein the received energy is indicative of a physiological property of the tissue.
9. The surgical drain of claim 8 wherein the physiological property is selected from the group comprising: oxygenation, perfusion, pH, NADH levels, biochemical composition, or drug concentration.
10. The surgical drain of claim 6 wherein the second element is configured to receive energy from the tissue that is a derivative of the energy emitted into the tissue by the first element.
11. A surgical drain system for draining wound fluids and sensing a physiological property of a tissue in a patient's body comprising:
a) a surgical drain configured to be fully implanted in a patient's body, to rest against the surface of at least one tissue in the patient's body, and to drain wound fluids from the vicinity of the tissue, wherein the surgical drain is not configured to penetrate the tissue, comprising:
i. a first surface located on an outer side of the surgical drain;
ii. a drain portion configured to rest against the tissue within the body;
iii. a plurality of drain holes spaced along substantially the entire length of the drain portion;
b) a first element branching out from the first surface of the surgical drain and configured for insertion in the tissue inside the patient's body and to receive energy from the tissue;
c) a second element embedded in the first surface of the surgical drain and configured to emit energy into the tissue; and
d) a tube in fluid communication with the surgical drain configured to transport the drained wound fluids out of the body.
12. The surgical drain of claim 11 wherein the first and second elements include optical fibers.
13. The surgical drain of claim 11 wherein the received energy is indicative of a physiological property of the tissue.
14. The surgical drain of claim 13 , wherein the physiological property is selected from the group comprising: oxygenation, perfusion, pH, NADH levels, biochemical composition, or drug concentration.
15. The surgical drain of claim 14 wherein the first element is configured to receive energy from the tissue that is is a derivative of the energy emitted into the tissue by the second element.
16. A surgical drain system for draining wound fluids and sensing a physiological property of a tissue in a patient's body comprising:
a) a surgical drain configured to be fully implanted in a patient's body, to rest against the surface of at least one tissue in the patient's body, and to drain wound fluids from the vicinity of the tissue, wherein the surgical drain is not configured to penetrate the tissue, comprising:
i. a first surface located on an outer side of the surgical drain;
ii. a drain portion configured to rest against the tissue within the body;
iii. a plurality of drain holes spaced along substantially the entire length of the drain portion;
b) a sensing element branching out from the first surface of the surgical drain and configured for insertion in the tissue inside the patient's body and to sense energy within the tissue that is indicative of a physiological property of the tissue; and
c) a tube in fluid communication with the surgical drain configured to transport the drained wound fluids out of the body.