Early screening and diagnosis of breast cancer

Early screening for breast cancer and diagnosis of 1. Early screening for breast cancerBreast cancer is one of the most common malignant tumours in women, and early screening is important for increasing the curing rate of breast cancer. Early screening can be conducted in a variety of ways, including mammography, ultrasound and mammography. Liu Zeng et al. studied the medical mammography X-ray radiation source detection method and the effects of dosimetric position on the results of the measurements, which provided technical support for breast cancer screening [7]. In addition, the application of digital mammary fault synthesis and dynamic MRI imaging was explored by plasters and others to demonstrate its importance in breast cancer screening [15].Diagnosis techniques for breast cancerAdvances in diagnostic techniques are key to improving the effectiveness of breast cancer treatment. Diagnosis of breast cancer is usually combined with video screening and pathological analysis. Visual examinations include ultrasound, X-rays, magnetic resonance imaging, etc., which can help doctors to make preliminary judgements about the nature and extent of the disease. Studies by Sna and others show the importance of ultrasound in detection of breast cancer, especially in some specific types of breast cancer [6]. In addition, the organization of pathological examinations is the gold standard for the detection of breast cancer, which provides detailed information on the tumor and a basis for classification.3. Application of emerging biomarkersWith the development of molecular biology, the diagnosis of breast cancer has gradually introduced testing of biomarkers. High snowfields et al. studied the value of plasma lncRNA SHG12 and miR-133b in predicting new assisted treatments for breast cancer, showing its potential for breast cancer diagnosis [11]. In addition, a study on the role and mechanisms of polyprotein polysugar in the progress of breast cancer by Wu Yoon and others has provided new ideas for early detection of breast cancer [10]. These emerging biomarkers are expected to improve early detection rates of breast cancer, thereby improving patient prognosis.Early screening and diagnosis of breast cancer can be made more precise and efficient through the combined use of video technology, pathology analysis and biomarker testing. This not only contributes to the survival of patients but also provides an important basis for the development of individualized treatment programmes.References[1] Wang Joan, Seo Yanhua, Huang Ji-hwa, etc. Clinical case analysis of pulmonary pneumocular skin and skin re-emergence [J/OL]. CT theoretical and applied research, 1-6 [2024-10-31].[2] The impact of the spread of the disease in low-oxygen conditions on the growth of breast cancer cells and the associated aerobic deficiency factors;] J/OL. 2024-10-31].[3] Wang Fengxia, Symposia, Li Ying, etc. Expressions of non-special immersive breast cancer tissues ZEB2, SCUBE3 and their clinical significance studies [J/OL]. Advances in modern biomedicine, 1-4 [P] 2024-10-31].[4] Tang Chan, Zhao Haina, Pang Yulan, etc. One case of a combination of fat liver breast cancer followed by an unusual ultrasound of liver transfer [J/OL]. China intervention in image and therapeutics, 1-2 [2024-10-31].[5] Chen Chiu, Wang Smile, Zhao Peng, etc. 1 case of immersion of small leaf cancer in stomach transfer and literature review [J/OL]. Qingdao University Journal (Medical Edition), 1-3 [T] 2024-10-31].[6] Sna, Wang Xian, Kim Chee-mei, etc. One case of ultrasound of immersive breast-sifting cancer on the left side of an elderly male [J/OL]. China intervention in image and healing, 1-2 [2024-10-31].[7] Liu X-ray detection methods for medical mammography X-ray radiation sources and the effects of dosimetry on measurements [J]. Branding and standardization, 2024, (06): 258-261.[8] Li Joonan, Zhao Jung, Nii Bo Yi, etc. Exploring the effects of Chinese medicine on the pulmonary ecology of pre-tumour transfer [J/OL]. Liao Ning University Journal of Medicine, 1-12[1] 2024-10-31].[9] Xinmei Ho, Xiao Li, Xiao Li, Liu Xiao Li, etc. Cost-effectiveness analysis for HR+/HER2-late transferal breast cancer treatment on a single anti-comparison pharmacological backline [J]. Chinese pharmacy, 2024, 35 (20): 2493-2498.[10] Wu Purple Cloud, Wang Yi, RYU QU, etc. Study of the role and mechanisms of polychondric sugar in promoting progress in breast cancer [J]. Nanchang University Journal (medical edition), 2024, 64 (05): 1-9.[11] The value of new assisted treatments for breast cancer is predicted in the high snow plains, Liu Jia terms, Chen Jie-sik, etc. The blood plasma lncRNA SNHG12, miR-133b [J]. Test medicine and clinical, 2024, 21 (20): 2951-2957.[12] Chiang Lihua, Sun Yulan, Zhang De Gau. Analysis of the results of the survey of gynaecological diseases in Zhongming District, Shanghai, 2014-2022 [J]. Maternal and child health in China, 2024, 39 (21): 4287-4290.[13] Yu Wei Hui, Wang Xiaoqiu, Zhao Li-Ping, et al. Apatini jointly treated Reilly Joleu for the efficacy and safety analysis of triple-negative breast cancer [J]. China Maternal and Child Health, 2024, 39 (21): 4191-4194.[14] Zhou Xiaoqing, Ji Yili. The effect of late-stage end-product receptors of glucose cellization on breast cancer cell proliferation, collapse, invasion and migration capacity [J]. China Maternal and Child Health, 2024, 39 (21): 4295-429.[15] Chen, Wang Li, Liu Lina. Magnetic synthms of mammography and dynamic magnetic resonance imaging in the application of malignant mammary pathologies and breast cancer fractions [J]. Practical medical images magazine, 2024, 25 (05): 331-334.[16] The impact of humanistic care based on the magnetic concept on the ability of patients to care for themselves, their behaviour and their level of hope for advanced breast cancer [J]. Kawabei Medical School Journal, 2024, 39 (10): 1432-1436.[17] The effects of tectonic masturbation on the atypical growth of the mammary MVDs and VEGF proteins [J]. Chinese Medicine Guide, 2024, 30 (10): 32-35+47.[18] Xie Jiacon, Ei Feng Ting, Xu Xiao Ning, et al..[19] Luyajun, Choi Jing, Lupin, etc. Multi-modular Care Application Observation for Breast Cancer Surgery [J]. Zhejiang Trauma Surgery, 2024, 29 (10): 1998-2000.[20] Liu Wee-han, Yip, Wang Jiang, etc. CircZFAND6 regulates the mechanism for the polarization of TAMs to M2 [J/OL]. Wahxia Medicine, 1-7[ 2024-10-31].