Cystic neutrophilic granulomatous mastitis – a review of 12 consecutive cases

肉芽肿性乳腺炎 革兰氏染色 病理 乳腺炎 棒状杆菌 医学 脓肿 微生物培养 组织病理学 肉芽肿 生物 抗生素 细菌 外科 微生物学 遗传学
作者
Magdalene Hope Maung,Gillian Bethune,Glenn Patriquin,Penny J. Barnes
出处
期刊:Histopathology [Wiley]
卷期号:77 (5): 781-787 被引量:22
标识
DOI:10.1111/his.14187
摘要

Aims Cystic neutrophilic granulomatous mastitis (CNGM) is an uncommon but increasingly recognised cause of mastitis, often associated with Corynebacterium ssp. infection. We studied the histopathological and clinical features of CNGM in a Canadian setting, and the work‐up required to identify pathogenic microorganisms. Methods and results A retrospective search for breast specimens with abscess, acute, chronic and/or granulomatous inflammation from 1998 to 2018 was performed. Haematoxylin and eosin slides were reviewed for typical histological features of CNGM. Histochemically stained slides for microorganisms were also reviewed. Repeat Gram stains were performed if initially negative. Electronic medical records were abstracted for microbiology results and relevant clinical data. Twelve cases were identified. All were female, aged 25–57 years, mainly Caucasian, with one Venezuelan and two of Chinese ethnicity. Most were parous (10 of 12); five of 12 had an endocrinopathy. Bacteria were identified in one or more specimens from eight of 12 patients; additional Gram stains revealed organisms in four of 12 cases. Of four bacterial cultures, one grew Corynebacterium kroppenstedtii . 16S polymerase chain reaction for three samples was negative. Two patients had multiple breast biopsies, showing early palisaded granulomas followed by classic features of CNGM. The patients had various management approaches, including surgery and antimicrobials. Conclusions CNGM may present as palisaded granulomatous inflammation, without the expected ‘cystic’ pattern, suggesting that there is an evolution of histomorphology with this infection. Most patients with CNGM are parous, and there may be an association with endocrinopathies. Application of multiple Gram stains increases the yield of microorganism identification. Recognition of CNGM in breast biopsies and collaborative communications are essential to direct appropriate therapy.
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