A device for predicting acne inflammatory skin lesions

Abstract

The invention discloses a medical auxiliary device. The acne prediction device of the present invention includes a collection mask, a pro-inflammatory factor detection device and a CPU unit. The collection mask is a mask paper or mask cloth divided into multiple areas, and each The area is coated with a layer of anti-inflammatory material, and the layer of anti-inflammatory material includes carbon nanotubes and pro-inflammatory factor-specific antibodies integrated in the carbon nanotubes; the pro-inflammatory factor detection device includes a mask that is compatible with the collection mask Holder, the mask holder is provided with a plurality of electrode induction areas corresponding to the distribution area of ​​the absorbent material layer on the collection mask, and the electrode induction areas are connected to the electrode sensors respectively, and the electrode sensors are connected to the CPU unit Connected, through the CPU unit to analyze the detected electrical induction data of the collected mask. The device detects the degree of inflammation in acne and can pinpoint areas of inflammation to predict the likelihood of acne turning into an inflammatory papule or cyst.

Description

technical field [0001] The invention relates to a medical auxiliary device, in particular to a device for predicting acne inflammation skin lesions and a detection method thereof. Background technique [0002] Acne is a common chronic inflammatory skin disease involving the pilosebaceous glands. It is prone to occur on the face, chest, and back. It is clinically manifested as comedones, papules, and severe pustules accompanied by cysts and nodules. Its pathogenesis is mainly related to androgen and other factors that cause increased sebaceous gland secretion, hyperkeratosis of hair follicle orifice, abnormal keratinization of pilosebaceous gland duct, infection of Propionibacterium acnes, local inflammatory response, and genetics. [0003] Although the amount of acne in the skin lesions of acne patients is large, it does not form disfiguring damage. However, once acne develops into inflammatory papules, cysts, and nodules, it may cause acne scars, acne marks, pigments, and s...

AI Technical Summary

Problems solved by technology

Since the prior art does not have detection equipment and means for predicting the incidence of inflammatory skin lesions in acne skin lesions, it is necessary to develop a detection equipment and detection method for the above-mentioned pro-inflammatory factors to predict the pathogenicity of acne. In order to carry out targeted treatment in advance

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