Naguib R N, Adams A E, Horne C H, Angus B, Sherbet G V, Lennard T W
Department of Electrical and Electronic Engineering, University of Newcastle upon Tyne, UK.
Physiol Meas. 1996 Nov;17(4):297-303. doi: 10.1088/0967-3334/17/4/007.
Identification and treatment of involved axillary lymph nodes is important in the planning of strategies for adjuvant treatments of breast cancer. With the advent of the National Health Service Screening Programme, an increasing number of women with the disease are detected at an early stage, when the lymph nodes are not involved. In whom, therefore, is it necessary to carry out a formal axillary dissection? Are there accurate surrogates for lymph node involvement in the form of tumour markers or characteristics? This study, carried out on over 81 patients, examines the use of neural networks to predict the involvement of lymph nodes using readily available clinical and pathological data and also more specialized markers of possible prognostic significance. The study shows that neural networks are capable of providing strong indicators as to lymph node status using only basic measurements of the primary breast tumour. However, accuracy can be improved by the addition of less common markers.
在制定乳腺癌辅助治疗策略时,识别和治疗受累腋窝淋巴结非常重要。随着国家医疗服务筛查计划的出现,越来越多的患有该疾病的女性在淋巴结未受累的早期阶段被检测出来。那么,哪些人有必要进行正式的腋窝淋巴结清扫呢?是否存在以肿瘤标志物或特征形式出现的准确替代指标来判断淋巴结受累情况?这项对81名以上患者进行的研究,探讨了利用神经网络,通过易于获取的临床和病理数据以及一些可能具有预后意义的更专业标志物来预测淋巴结受累情况。研究表明,神经网络仅通过对原发性乳腺肿瘤的基本测量就能提供有关淋巴结状态的有力指标。然而,通过添加不太常见的标志物可以提高准确性。