Cystoscope with living body real-time Raman spectrum detection and method

Abstract

The invention discloses a cystoscope with living body real-time Raman spectrum detection and a method. The method is capable of solving the problem in the prior art that the cystoscope cannot confirm a suspicious neoplasm in real time and a small focus cannot be accurately verified. The cystoscope has the effects of detecting the living body in real time, and identifying a chronic disease. The solution is as follows: the cystoscope comprises a cystoscope body. An operating channel is formed in the cystoscope body. A first pipeline and a Raman spectrum channel are installed in the operating channel. A light source channel and an endoscope channel are installed in the first pipeline, and the end part of the first pipeline is provided with a normal lens. The Raman spectrum channel is connected with a slantwise installed hose. The Raman spectrum channel is internally provided with a Raman spectrum optical fiber with a Raman spectrum analysis lens. The Raman spectrum analysis lens has the set toughness. The side wall of the cystoscope body is provided with a cold light source interface communicated with the light source channel and a Raman spectrum operation port for operating the Raman spectrum optical fiber. The end part of the cystoscope body is provided with a tail end for operating the operating channel.

Description

technical field [0001] The invention relates to the field of cystoscopy, in particular to a cystoscope with live real-time Raman spectrum detection and a method thereof. Background technique [0002] In the process of cystoscopy, leukoplakia and suspicious new organisms are found from time to time. To determine their nature, biopsy is often required. The next operation can only be performed after the biopsy results come out, which prolongs the diagnosis time and brings great harm to patients and doctors. In the process of transurethral bladder tumor resection, it is often worried that there will be tumor residues in the resection margin. Excessive resection will cause unnecessary trauma, and it is difficult to judge small lesions that are difficult to find. [0003] The existing Raman spectrum detection requires the specimen to be taken out of the patient's body, and then sent to a special Raman spectrum detector for detection after processing. Trouble. [0004] Therefore,...

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Problems solved by technology

[0002] In the process of cystoscopy, leukoplakia and suspicious new organisms are found from time to time. To determine their nature, biopsy is often required. The next operation can only be performed after the biopsy results come out, which prolongs the diagnosis time and brings great harm to patients and doctors. In the process of transurethral bladder tumor resection, it is often worried that there will be tumor residue in the resection margin, and excessive resection will cause unnecessary trauma, and it is impossible to judge small lesions that are difficult to find

[0003] The existing Raman spectrum detection requires the specimen to be taken out of the patient's body, and then sent to a special Raman spectrum detector for detection after processing. Trouble

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