2012•China Practical MedicineRequires access

Combined with high-frequency ultrasound,infrared light and biopsy in early breast cancer screening in the clinical value

Chen Jun-xian

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Abstract

Objective Analysis of image characteristics and clinical features of breast cancer sonographic characteristics of infrared light, combined with ultrasound localization biopsy, to improve the diagnosis rate of early breast cancer. Methods Studied 84 cases of breast lumps, all cases were confirmed by clinical examination, infrared, high-frequency ultrasound contrast infrared and high-frequency ultrasound imaging to check for early diagnosis of breast cancer advantages and disadvantages of ultrasound-guided, 24 cases of suspicious malignant breast massesbiopsy, all patients were confirmed by pathology and surgery.Results High-frequency ultrasound, infrared and ultrasound localization biopsy combined application significantly improved the diagnostic sensitivity of malignant tumors. Conclusion Joint application of high frequency ultrasound, infrared light and ultrasound localization biopsy, can significantly improve the accuracy of breast cancer.

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What this paper is about

Objective Analysis of image characteristics and clinical features of breast cancer sonographic characteristics of infrared light, combined with ultrasound localization biopsy, to improve the diagnosis rate of early breast cancer. Methods Studied 84 cases of breast lumps, all cases were confirmed by clinical examination, infrared, high-frequency ultrasound contrast infrared and high-frequency ultrasound imaging to check for early diagnosis of breast cancer advantages and disadvantages of ultrasound-guided, 24 cases of suspicious malignant breast massesbiopsy, all patients were confirmed by pathology and surgery.Results High-frequency ultrasound, infrared and ultrasound localization biopsy combined application significantly improved the diagnostic sensitivity of malignant tumors. Conclusion Joint application of high frequency ultrasound, infrared light and ultrasound localization biopsy, can significantly improve the accuracy of breast cancer.

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Available abstract

Objective Analysis of image characteristics and clinical features of breast cancer sonographic characteristics of infrared light, combined with ultrasound localization biopsy, to improve the diagnosis rate of early breast cancer. Methods Studied 84 cases of breast lumps, all cases were confirmed by clinical examination, infrared, high-frequency ultrasound contrast infrared and high-frequency ultrasound imaging to check for early diagnosis of breast cancer advantages and disadvantages of ultrasound-guided, 24 cases of suspicious malignant breast massesbiopsy, all patients were confirmed by pathology and surgery.Results High-frequency ultrasound, infrared and ultrasound localization biopsy combined application significantly improved the diagnostic sensitivity of malignant tumors. Conclusion Joint application of high frequency ultrasound, infrared light and ultrasound localization biopsy, can significantly improve the accuracy of breast cancer.

Key concepts: Medicine, Ultrasound, Breast cancer, Radiology, Biopsy, High frequency ultrasound, Cancer, Internal medicine

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