Endoscopic smart probe and method
View Patent ↗An improved endoscopic device which is introduced into the intestinal tract of a living organism and which operates autonomously therein, adapted to obtain and store or transmit one or more types of data such as visual image data, laser autofluorescensce data, or ultrasonic waveform data. In another aspect of the invention, an improved endoscopic device useful for implanting the aforementioned endoscopic smart probe is disclosed. In another aspect of the invention, apparatus for delivering agents including nanostructures, radionuclides, medication, and ligands is disclosed. In another aspect of the invention, apparatus for obtaining a biopsy of intestinal tissue is disclosed. In another aspect of the invention, apparatus for detecting the presence of one or more molecular species within the intestine is disclosed. Methods for inspecting and/or treating the interior regions of the intestinal tract using the aforementioned apparatus are also disclosed.
1. A probe adapted to operate within, and traverse under peristaltic action, the intestinal tract of a living organism, comprising:
a radio frequency identification device, said device comprising: (i) processing logic capable of uniquely identifying itself, (ii) a storage element having at least first data stored therein, and (iii) a transceiver capable of receiving a command from an external device; and
a housing, configured to encase said radio frequency device and having at least one dissolvable portion thereof;
electrodes capable of generating an electrical current upon activation, said electrodes being in electrical contact with said dissolvable portion;
wherein said electrodes are configured to be activated by said command;
wherein said probe is ingested by said living organism orally and traverses the digestive system thereof; and
wherein said dissolvable portion of said housing comprises a dissolvable diaphragm fitted substantially within an aperture of said housing, said electrodes being configured to cause the dissolution of said diaphragm using said current.
2. The probe of claim 1 , wherein said device is encoded with data uniquely identifying said probe.
3. The probe of claim 1 , wherein said first data comprises data relating to the social security number (SSN) of said living organism.
4. A probe adapted to operate within, and traverse under peristaltic action, the intestinal tract of a human being, said probe comprising:
electrodes capable of generating an electrical current;
a passive radio frequency identification (RFID) device (i) having a width less than 10 mm; (ii) capable of uniquely identifying itself upon interrogation by an external radio frequency energy source; (iii) capable of utilizing incident radio frequency energy from said external source to generate transmissions, said transmissions facilitating location of said probe within said intestinal tract; and (iv) capable of receiving a transmission activating said electrodes using power generated from said incident radio frequency energy;
an X-ray contrast agent;
a substantially cylindrical housing being less than 12 mm in diameter at a widest transverse measurement, yet larger than said width of said radio frequency identification device, said housing further having an aperture formed therein substantially at an end of said housing; and
a dissolvable diaphragm, in contact with said electrodes, fitted substantially within said aperture of said housing and conforming substantially to an outer surface of said housing before dissolution thereof, said at least one dissolvable diaphragm adapted to dissolve upon exposure to said current in said intestinal tract;
wherein said probe is identified in proximity to a constriction in said intestinal tract by tracking said RFID device within said small intestine, said tracking comprising utilizing an entity remote to said intestinal tract to receive said transmissions.
5. The probe of claim 4 , wherein said X-ray contrast agent is not released by said probe until said dissolvable diaphragm dissolves.
6. The probe of claim 4 , wherein said dissolution of said diaphragm allows a fluid to flow through said aperture and between an exterior portion of said probe and an interior portion of said probe.
7. The probe of claim 4 , wherein said location of said probe within said intestinal tract comprises a location proximate an intestinal constriction or adhesion within said small intestine.
8. A probe adapted to operate within, and traverse under peristaltic action, the intestinal tract of a living organism, comprising:
a radio frequency device, said device comprising: (i) processing logic capable of uniquely identifying itself, (ii) a storage element having at least first data stored therein, and (iii) a transceiver capable of receiving a command from an external device; and
a housing, configured to encase said radio frequency device and having at least one dissolvable portion thereof; and
electrodes capable of generating an electrical current upon activation, said electrodes being configured to cause the dissolution of at least part of said dissolvable portion using said current;
wherein said electrodes are configured to be activated by said command; and
wherein said probe is configured to be ingested by said living organism orally and traverse the digestive system thereof.
9. The probe of claim 8 , wherein said device is encoded with data uniquely identifying said probe.
10. The probe of claim 8 , wherein said first data comprises data relating to the social security number (SSN) of said living organism.
11. A probe adapted to operate within, and traverse under peristaltic action, the intestinal tract of a living organism, comprising:
a radio frequency device comprising a radio frequency receiver capable of receiving a command from an external device; and
a housing, configured to encase said radio frequency device and having at least one dissolvable portion thereof; and
electrodes capable of carrying an electrical current upon activation, said electrodes being configured to cause the dissolution of at least part of said dissolvable portion using said current, said dissolution causing release of a therapeutic substance contained within at least part of said housing;
wherein said electrodes are configured to be activated by said command; and
wherein said probe is configured to be ingested by said living organism orally and traverse the digestive system thereof.
12. A probe adapted to operate within, and traverse under peristaltic action, the intestinal tract of a living organism, comprising:
a radio frequency device, said device comprising: (i) processing means capable of uniquely identifying itself, (ii) a storage element having at least first data stored therein, and (iii) radio frequency means capable of receiving a command from an external device; and
a housing, configured to encase said radio frequency device and having at least one dissolvable means as part thereof; and
electrodes capable of generating an electrical current upon activation, said electrodes being configured to cause the dissolution of at least part of said dissolvable means using said current;
wherein said electrodes are configured to be activated by said command; and
wherein said probe is configured to be ingested by said living organism orally and traverse the digestive system thereof.
13. A probe adapted to operate within, and traverse under peristaltic action, the intestinal tract of a living organism, comprising:
a radio frequency means comprising a radio frequency receiver capable of receiving a command from an external device; and
a housing, configured to encase said radio frequency means and having at least one dissolvable means as part thereof; and
electrodes capable of carrying an electrical current upon activation, said electrodes being configured to cause the dissolution of at least part of said dissolvable means using said current, said dissolution causing release of a therapeutic substance contained within at least part of said housing;
wherein said electrodes are configured to be activated by said command; and
wherein said probe is configured to be ingested by said living organism orally and traverse the digestive system thereof.