Differential Efficacy of B‐Ultrasound Combined with Molybdenum Target Detection Mode for Breast Cancer Staging and Correlation of Blood Flow Parameters with IGF‐1 and IGF‐2 Expression Level and Prognosis

Abstract

The study investigates the diagnostic efficacy of ultrasound combined with the molybdenum target mode in breast cancer staging and the relationship between blood flow parameters and the expression of insulin-like growth factor 1 (IGF-1) and factor 2 (IGF-2) and prognosis. A total of 96 patients admitted to hospital from January 2020 to January 2021 are included in the breast cancer group, and 58 patients admitted to our hospital during the same period are included in the control group, who are diagnosed with benign breast lesions. All patients receive clinicopathological diagnosis, ultrasound detection, and X-ray molybdenum detection. Ultrasound detection, molybdenum target detection, ultrasound combined with the molybdenum target detection mode, and clinicopathological diagnosis results are compared. B-ultrasound combined with the molybdenum target detection mode has high efficiency in diagnosing breast cancer and differentiating pathological stages. Besides, blood flow parameters of patients are closely related to IGF-1 and IGF-2, and IGF-1 and IGF-2 expressions are closely related to the prognosis of patients. Subsequent diagnosis of the disease degree of breast cancer patients can be carried out by ultrasound combined with the molybdenum target detection mode. In addition, the expression of IGF-1 and IGF-2 in patients can be monitored to improve the clinical diagnosis and treatment plan to improve the prognosis of patients, which has a high clinical application value and is worth promoting.

Micronutrient Status and Breast Cancer: A Narrative Review

“…Mo deficiencies might be evaluated using various tests, including measuring urinary Mo concentrations, urine sulfite concentration (which is increased in the case of Mo deficiency), as well as blood/urine uric acid level (which is decreased in the case of Mo deficiency). This element is widely used in the imaging diagnosis of breast cancer [180,181]. Molybdenum target X-ray is an inexpensive and quick diagnostic method in oncology, but its limitations include low penetrability and difficulty in imaging tumor borders [180].…”

“…Combining this method with magnetic resonance imaging increases diagnostic sensitivity and accuracy [175]. Molybdenum target X-ray can also be combined with b-scan ultrasonography to increase the efficiency of breast cancer diagnosis [181].…”

Value of Molybdenum Target X-Ray and High-Frequency Color Doppler Flow Imaging in Early Diagnosis of Breast Carcinoma: A Comparative Analysis

“…9 But it also has some shortcomings such as poor penetrability and difficulty in distinguishing deep and high lesions, which limits its diagnostic accuracy (ACC) in breast lesions and pathological properties. 10,11 High-frequency color Doppler flow imaging (CDFI) is another imaging inspection system that collects information such as the location, size, relationship with surrounding tissues and blood flow of the lesions by examining the lesions in different planes of the breast, which can effectively determine the nature of the lesions and distinguish the benign and malignant breast tumors. 12,13 This technique can also be applied to assess the response of tumor xenografts in nude mice to early antiangiogenic therapy.…”