Abstract: A system may receive a query for a patient evaluation. The system may then receive historical patient information or hospital data, current medical information, patient information, and testing information. The system may then use the received information to generate a set of rules using a neural network and uses the rules to process an evaluation for the patient.

Abstract: A system may receive a query for a patient evaluation. The system may then receive historical patient information or hospital data, current medical information, patient information, and testing information. The system may then use the received information to generate a set of rules using a neural network and uses the rules to process an evaluation for the patient.

Abstract: Devices include at least two spaced apart flexible legs formed of a shape memory material, each leg having a respective free end configured to engage local tissue. The devices can also include at least one resilient member having opposing end portions, a respective end portion being attached to each leg at a location away from the free end. The resilient member is configured to take on a stretched configuration inside an endoscope during delivery. Alternatively or additionally, the devices include a cinch that is configured to snugly hold portions of both legs to force the legs closer together.

Abstract: Devices include at least two spaced apart flexible legs formed of a shape memory material, each leg having a respective free end configured to engage local tissue. The devices can also include at least one resilient member having opposing end portions, a respective end portion being attached to each leg at a location away from the free end. The resilient member is configured to take on a stretched configuration inside an endoscope during delivery. Alternatively or additionally, the devices include a cinch that is configured to snugly hold portions of both legs to force the legs closer together.

Abstract: Endoscopic medical devices for removing tissue include: (a) a forceps with an elongate shaft slidably residing in a first working channel of an endoscope and having an externally accessible forceps control; and (b) a snare with an elongate shaft comprising a wire loop slidably residing in the first working channel of the endoscope, the snare having an externally accessible snare control. The forceps and snare shafts reside adjacent to and substantially parallel to each other inside the first working channel of the endoscope, one above or to the side of the other. In use, the forceps and snare cooperate so that the forceps control directs the forceps to extend out of the endoscopic first working channel and grasp target tissue, then the snare control directs the snare loop to exit the working channel while the snare loop encircles the forceps shaft and extends a distance sufficient to surround the forceps.

Abstract: Devices include at least two spaced apart flexible legs formed of a shape memory material, each leg having a respective free end configured to engage local tissue. The devices can also include at least one resilient member having opposing end portions, a respective end portion being attached to each leg at a location away from the free end. The resilient member is configured to take on a stretched configuration inside an endoscope during delivery. Alternatively or additionally, the devices include a cinch that is configured to snugly hold portions of both legs to force the legs closer together.