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Functional Analysis of Axillary Lymph Nodes Dissection As A Prognostic factor in Breast cancer-Positive HER2

zagazig univeristy medical journal • 2020
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Publication Information
Authors Ahmed Fouad Ahmed, MD.; Sherif A. Elgazzar, MD.; Mohamed A. Elbegawy MD.
Keywords Axillary lymph nodes, Breast cancer -Positive HER2, Prognosis.
Journal zagazig univeristy medical journal
Publisher zagazig univerisy medical joournal
Volume Not Available
Issue Not Available
Pages Not Available
publication.type Local
Paper Link Not Available
Supplementary Materials Mohamed Atef mohamed _IMG20220920000613.jpg
Abstract
Background: Recurrence of cancer breast is a major problem during
the first 2 years after diagnosis in addition to selection of adjuvant
regimen is based mainly on the axillary lymph nodes stage. So, cost- effectively, patient will save much amount of budget needed for
detection of gene expression. This study evaluates axillary lymph
nodes dissection in prognosis of HER2-positive breast cancer. Patients and methods: The current study analyzed 100 patients
complained breast cancer. There were two types of surgery performed;
MRM in 46 cases (46%) when there were contraindications of BCT or
patients preferred radical surgery and BCT in 54 cases (54%) when
indicated. Follow-up was for 2 years. Results: All cases passed operation without mortality. Recurrence was
reported in ten patients (10%). Six patients (6%) died during their
follow up due to distant metastasis. All recurrent patients having grade
N3 >9 positive lymph nodes; P-value; 0.0001. There was statistical
significance between nodal status and tumor size; KW test & P; 8.08 &
0.044 (S) respectively and between Histopathology and Nodal status;
FET & P; 5.96 & 0.031 (S) respectively. Conclusion: Positive or negative axillary lymph nodes are considered
the most important predicting factor for recurrence and overall survival
of HER2-positive patients complained breast cancer. Moreover
worsening prognosis is closely related to which group positive and the
number of affected lymph nodes.