Abstract: The present disclosure provides a head optical application device, a transcranial light regulation apparatus and a near-infrared apparatus. The head optical application device comprises a support component, an optical component, and deployable components. The support component is constructed to mount an optical component. The optical component is constructed to transmit light to or receive light from scalp. The deployable components are provided on the support component, and are constructed to deploy or gather the distal ends under the action of force caused by the surrounding environment. Without the need for providing an electrical driving apparatus, the distal ends of the deployable components can be inserted into the user's hair gap in a gathered state, and distal ends of the deployable components can part (push) the hair blocking light (aside) in a deployed state after insertion, improving the problem of low light propagation rate due to hair blocking.

Abstract: The present application relates to a phototherapy apparatus for treating Alzheimer's disease. The apparatus comprises: a hood body that loosely accommodates the patient's head; an array of near-infrared irradiation units arranged in the hood body, which is constructed to emit near-infrared light with an average irradiance greater than 40 mW/cm2 towards the head; and a cooling mechanism configured to introduce cooled gas and send it into the cover, blowing it towards the patient's head through a cooled gas delivering pathway between the hood body and the patient's head to dissipate heat from the patient's head. This device can effectively treat patients with Alzheimer's disease, adapt to the special psychological and physiological needs of patients with various disease courses, improve patients' treatment compliance, and ensure good treatment effect for Alzheimer's disease.

Abstract: Provided in the present disclosure are a medical report generation method and an apparatus. The medical report generation method comprises: presenting an analysis display interface based on medical data, so that at least one display area, which is used for displaying a corresponding analysis result, is distributed on the analysis display interface; receiving an extraction operation by a user on the analysis display interface; in response to the extraction operation, generating content blocks respectively corresponding to each analysis result and prominently presenting the same on the analysis display interface, wherein the content blocks are arranged in one-to-one correspondence with the display areas on the analysis display interface; receiving a selection operation by the user on at least one content block; and generating a medical report based on the at least one content block selected by the user.

Abstract: The present disclosure provides a head optical application device, a transcranial light regulation apparatus and a near-infrared apparatus. The head optical application device comprises a support component, an optical component, and deployable components. The support component is constructed to mount an optical component. The optical component is constructed to transmit light to or receive light from scalp. The deployable components are provided on the support component, and are constructed to deploy or gather the distal ends under the action of force caused by the surrounding environment. Without the need for providing an electrical driving apparatus, the distal ends of the deployable components can be inserted into the user's hair gap in a gathered state, and distal ends of the deployable components can part (push) the hair blocking light (aside) in a deployed state after insertion, improving the problem of low light propagation rate due to hair blocking.

Abstract: The embodiments of the disclosure provide a phototherapy device and a phototherapy apparatus for cerebral functional related diseases. The phototherapy device comprises a headgear, irradiation assembly and a cooled gas supply mechanism. The headgear includes a housing assembly, inner side of which forms a spaced cavity with scalp of a user and is provided with a first gas inlet, the spaced cavity is constructed to form gas pathway between the first gas inlet and the scalp of the user. The irradiation assembly is mounted to the housing assembly with its light emergent side located to the inner side of the housing assembly. The cooled gas supply mechanism is interconnected to the first gas inlet through the housing assembly and supplies the cooled gas for passing through the first gas inlet and the spaced cavity sequentially and being blown toward the scalp of the user.

Abstract: The present disclosure provides a hair parting assembly, a hair parting device, and a transcranial light regulation apparatus. The hair parting assembly comprises a first bridging portion, which at least partially extends in a circumferential direction and has elasticity; and at least one first hair-entering member for transmitting transcranial light, each first hair-entering member is provided to the first bridging portion, such that a lengthwise direction of each first hair-entering member intersects an extension direction of the first bridging portion, and spaces are provided on both sides of each first hair-entering member in the extension direction of the first bridging portion.

Abstract: A method for irradiating scattering medium, including modifying a particle's response to electromagnetic radiation irradiating the particle in a scattering medium, wherein the electromagnetic radiation is scattered by the scattering medium, and modulated by the modifying, into scattered electromagnetic radiation comprising a scattered field; forming a phase conjugate field, wherein the phase conjugate field is a phase conjugate of the scattered field; and irradiating the scattering medium with the phase conjugate field, wherein the phase conjugate field forms a focus at a target defined by the particle.

Abstract: A method for irradiating scattering medium, including modifying a particle's response to electromagnetic radiation irradiating the particle in a scattering medium, wherein the electromagnetic radiation is scattered by the scattering medium, and modulated by the modifying, into scattered electromagnetic radiation comprising a scattered field; forming a phase conjugate field, wherein the phase conjugate field is a phase conjugate of the scattered field; and irradiating the scattering medium with the phase conjugate field, wherein the phase conjugate field forms a focus at a target defined by the particle.

Abstract: A dynamic dada sampling system and method is disclosed for in vivo small animal fluorescence molecular imaging and dual-modality molecular imaging. The system comprises a computer, a rotation stage for animal suspension driven by a motor, and a fluorescence excitation-detection apparatus. The fluorescence excitation-detection apparatus comprises a fluorescence excitation module and a fluorescence detection module. The CCD device of the fluorescence detection module is connected to a computer through an interface controller. The motor is connected to a computer through RS232 interface. The process of dynamic data acquisition is as follows: a fluorescent probe is injected into a small animal in order to target specific cells or tissues; a small animal is vertically hung on a rotation stage after anesthesia; the fluorescence imaging detection module acquires the emitting light continuously. The present invention can provide 360 degree imaging quickly, efficiently, and non-invasively.