The automated allergy office system comprises an augmented reality system, a multiple allergy test system, and a learning software system. The augmented reality system selects a test site upon the skin of the patient that is relatively clear of discoloration. The multiple allergy test system includes an applicator in cooperative engageable with a fluid tray. The applicator delivers trace amounts of individual allergens into a plurality of individual locations proximate to the test site. The software system provides the allergy doctor with a software-generated treatment plan based upon EMRs of the patient in combination a photograph of the test site taken at least 15 minutes after the allergens have been inserted under the skin of the patient. The software system provides the doctor with an override to the software-generated treatment plan, the override being used to modify the software-generated treatment plan to improve subsequent diagnostics and treatment procedures.

A continuous analyte meter may include an electrochemical sensor invasively inserted into the skin, a transmitter including a main substrate to which a battery is connected and a housing in which the main substrate is accommodated, the housing being attached to the skin and the main substrate controlling a signal measured by the electrochemical sensor, a needle inserting the electrochemical sensor into the skin, and an inserter provided with an actuator that moves the transmitter and the needle from a first position to a second position so that the needle penetrates the skin or retracts the needle from the second position to a third position.

A radiology holding device (1) for a radiology apparatus (50) such as an X-ray apparatus (51), a magnetic resonance tomography apparatus (52), a computerized tomography apparatus (53) or a radiotherapy apparatus (54), comprising an attachment device (2) and pivotally accommodated thereon, a supporting arm (3) having at least one axle component (4) pivotally accommodated on the attachment device and a supporting component (5). Furthermore, a locking device (6) is provided for locking the supporting arm (3) in at least one locking position (7). An actuating mechanism (8) serves to actuate the locking device. A holding device (9) attached to the supporting arm (3) provides a patient with a holding means. The actuating mechanism (8) comprises a transfer component (11) passing through a hollow section (10) of the axle component (4).

An analytical system for examining a body fluid and a method of operation of an analytical system, typically for blood sugar tests, including an exchangeable magazine (18) as a consumable, which includes a plurality of magazine units (24) that are each provided with at least one analytical aid (32, 34) and with a transport element (28), a hand-held device (12) having a magazine guide (16) for receiving the magazine (18), a transport mechanism (48) that engages on the transport elements so as to transport the magazine in steps in the magazine guide, including a positioning mechanism (50) for positioning an active magazine unit in a predefined functional position, wherein retaining means (52, 54) of the positioning mechanism can be brought into engagement with transport elements of the magazine.

An analytical system for examining a body fluid and a method of operation of an analytical system, typically for blood sugar tests, including an exchangeable magazine (18) as a consumable, which includes a plurality of magazine units (24) that are each provided with at least one analytical aid (32, 34) and with a transport element (28), a hand-held device (12) having a magazine guide (16) for receiving the magazine (18), a transport mechanism (48) that engages on the transport elements so as to transport the magazine in steps in the magazine guide, including a positioning mechanism (50) for positioning an active magazine unit in a predefined functional position, wherein retaining means (52, 54) of the positioning mechanism can be brought into engagement with transport elements of the magazine.

An applicator for inserting a sensor measuring biometric information into the skin of a user according to the present disclosure, comprises: an applicator body; an insertion unit which is installed in the applicator body and moves a sensor unit from a first position spaced apart from the user's skin to a second position where the sensor is inserted into the user's skin, the sensor unit including the sensor and a sensor unit housing in which the sensor is attached; an operation member which is installed on the applicator body so as to be moved by the user in order to operate the insertion unit; and a moving tab which is installed on the applicator body so as to be moved by the user, and can move from a locking position where the operation of the operation member is restricted to a release position where the restriction of the operation member is released.

A system and method of monitoring a life-threating medical situation based on an ejection-fraction measurement is provided with a medical monitoring system. The medical monitoring system includes a system central processing unit (CPU), and a normal ejection-fraction range managed by the system CPU. First, continuous echocardiographic data for a heart of a patient is received with system CPU. Next, a real-time ejection-fraction measurement is derived from the continuous echocardiographic data with the system CPU. Finally, if the real-time ejection-fraction measurement is outside of the normal ejection-fraction range, a life-threatening situation alert is outputted with the medical monitoring system.

The augmented-reality automated allergy office method comprises initially delivering a trace amount of a first allergen to a first test site via a multiple test applicator as the multiple test applicator delivers a trace amount of a second allergen to a second test site during allergen deposition. The multiple test applicator is cooperatively engageable with a fluid tray during allergen loading and with the patient's skin during allergen deposition. Then, capturing a first image of the first and second test site using a smart phone or tablet computer. Subsequently, capturing a second image of the first and second test site within 15 to 20 minutes after allergen deposition. And finally, developing a computer-generated treatment plan using machine learning for the patient with an allergy condition that is a step-by-step procedure, the computer-generated treatment plan being stored in a medical database for treating patients with the allergy condition.

A cleaning unit for cleaning a housing of a medical imaging device that surrounds a patient-accommodating region, having a support structure and having a cleaning component, the cleaning component of the cleaning unit introduced into the housing being arranged between the support structure and the housing. In a pressure medium-filled state, the cleaning component, in a pressure medium-filled state, rests against the housing, preferably with contact pressure.

Examples of the disclosure relate to an apparatus for sensing biometric parameters. The apparatus may comprise heat transfer means configured to transfer heat from a first location to a location proximate to a subject's sweat glands. The apparatus may also comprise sweat transfer means configured to transfer sweat from the location proximate to a subject's sweat glands to one or more sensors wherein the one or more sensors are configured to sense one or more biometric parameters from the subject's sweat.