Abstract: The present disclosure generally relates to the field of medical devices for treatment and diagnosis of paranasal sinus conditions and methods of using same. There is disclosed a device having a hollow shaft configured to be inserted into a paranasal sinus through a natural opening thereof. The hollow shaft is shaped/configured to reach a treatment area within the paranasal sinus.

Abstract: The present disclosure generally relates to the field of medical devices for treatment and diagnosis of paranasal sinus conditions and methods of using same. There is disclosed a device having a hollow shaft configured to be inserted into a paranasal sinus through a natural opening thereof. The hollow shaft is shaped/configured to reach a treatment area within the paranasal sinus.

Abstract: The present disclosure generally relates to the field of medical devices for treatment and diagnosis of paranasal sinus conditions and methods of using same. There is disclosed a device having a hollow shaft configured to be inserted into a paranasal sinus through a natural opening thereof. The hollow shaft is shaped/configured to reach a treatment area within the paranasal sinus.

Abstract: There is provided herein, a device for treating and/or diagnosing a sinus or an ear condition, the device comprising a housing comprising or functionally connected to: a hollow cannula defining a lumen extending at least partially along the length thereof, the cannula is configured to be at least partially inserted through an ostium into a sinus cavity/ear of a subject; and a flexible grinding wire movable within the cannula's lumen and configured to be inserted into and retrieved out of the sinus cavity through the cannula's lumen, and to rotate along a longitudinal axis thereof and thereby grind, chop and/or stir material present in the sinus cavity and/or inside the hollow cannula, wherein the cannula is in fluid flow communication with an irrigation/aspiration source; and a wire handle functionally connected to the wire, allowing a user to advance and retrieve the wire within the cannula and into and out of the cannula lumen, wherein the device is handheld by a gripping handle.

Abstract: There is provided herein, a device for treating and/or diagnosing a sinus or an ear condition, the device comprising a housing comprising or functionally connected to: a hollow cannula defining a lumen extending at least partially along the length thereof, the cannula is configured to be at least partially inserted through an ostium into a sinus cavity/ear of a subject; and a flexible grinding wire movable within the cannula's lumen and configured to be inserted into and retrieved out of the sinus cavity through the cannula's lumen, and to rotate along a longitudinal axis thereof and thereby grind, chop and/or stir material present in the sinus cavity and/or inside the hollow cannula, wherein the cannula is in fluid flow communication with an irrigation/aspiration source; and a wire handle functionally connected to the wire, allowing a user to advance and retrieve the wire within the cannula and into and out of the cannula lumen, wherein the device is handheld by a gripping handle.

Abstract: Described embodiments include apparatus that includes a network interface (28) and a processor (30). The processor is configured to receive, via the network interface, speech of a subject (22) who suffers from a pulmonary condition related to accumulation of excess fluid, to identify, by analyzing the speech, one or more speech-related parameters of the speech, to assess, in response to the speech-related parameters, a status of the pulmonary condition, and to generate, in response thereto, an output indicative of the status of the pulmonary condition. Other embodiments are also described.

Abstract: There is provided herein, a device for treating and/or diagnosing a sinus or an ear condition, the device comprising a housing comprising or functionally connected to: a hollow cannula defining a lumen extending at least partially along the length thereof, the cannula is configured to be at least partially inserted through an ostium into a sinus cavity/ear of a subject; and a flexible grinding wire movable within the cannula's lumen and configured to be inserted into and retrieved out of the sinus cavity through the cannula's lumen, and to rotate along a longitudinal axis thereof and thereby grind, chop and/or stir material present in the sinus cavity and/or inside the hollow cannula, wherein the cannula is in fluid flow communication with an irrigation/aspiration source; and a wire handle functionally connected to the wire, allowing a user to advance and retrieve the wire within the cannula and into and out of the cannula lumen, wherein the device is handheld by a gripping handle

Abstract: Described embodiments include apparatus that includes a network interface (28) and a processor (30). The processor is configured to receive, via the network interface, speech of a subject (22) who suffers from a pulmonary condition related to accumulation of excess fluid, to identify, by analyzing the speech, one or more speech-related parameters of the speech, to assess, in response to the speech-related parameters, a status of the pulmonary condition, and to generate, in response thereto, an output indicative of the status of the pulmonary condition. Other embodiments are also described.

Abstract: The present disclosure generally relates to the field of medical devices for treatment and diagnosis of paranasal sinus conditions and methods of using same. There is disclosed a device having a hollow shaft configured to be inserted into a paranasal sinus through a natural opening thereof. The hollow shaft is shaped/configured to reach a treatment area within the paranasal sinus.

Abstract: Apparatus is provided, comprising (i) at least two cushions (28), each defining a respective skin-contacting surface (22), configured to be placed on a respective skin site (48) that is superficial to a lacrimal drainage vessel of the subject; (ii) a mount (30), coupled to the cushions, and configured (a) to be placed on a portion of a face of the subject that does not include the skin sites, and (b) to conform to a contour of the portion of the face; and (iii) an adhesive layer (26), disposed on the mount and not disposed on the skin-contacting surfaces, and configured (a) to adhere the mount to the portion of the face, and (b) when adhered to the portion of the face, to cause the mount to provide a pressing force that presses the skin-contacting surface of each cushion against the respective skin site thereof. Other embodiments are described.