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Integrin-dependent neutrophil slowing reduces lung perfusion and supports metastasis in a model of breast cancer.

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Cell reports 📖 저널 OA 50% 2022: 1/1 OA 2024: 6/12 OA 2025: 20/55 OA 2026: 32/54 OA 2022~2026 2026 Vol.45(3) p. 117101
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Fercoq F, Cairns GS, Bridgeman VL, De Donatis M, Mackey JBG, Floerchinger A

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Neutrophils are critical in establishing a tumor-cell-nurturing and immunosuppressive pulmonary "pre-metastatic" niche in breast cancer.

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APA Fercoq F, Cairns GS, et al. (2026). Integrin-dependent neutrophil slowing reduces lung perfusion and supports metastasis in a model of breast cancer.. Cell reports, 45(3), 117101. https://doi.org/10.1016/j.celrep.2026.117101
MLA Fercoq F, et al.. "Integrin-dependent neutrophil slowing reduces lung perfusion and supports metastasis in a model of breast cancer.." Cell reports, vol. 45, no. 3, 2026, pp. 117101.
PMID 41838721 ↗

Abstract

Neutrophils are critical in establishing a tumor-cell-nurturing and immunosuppressive pulmonary "pre-metastatic" niche in breast cancer. The localization and behavior of these neutrophils is, however, not well described. Using multiplexed imaging to investigate the pre-metastatic lung in a spontaneously metastatic mammary cancer model, we uncover that neutrophils with impaired intravascular motility congest the capillaries of pre-metastatic lungs. Slowed neutrophil transit is reversed by activating β integrin with an antibody and can be recapitulated by treating non-tumor-bearing mice with G-CSF. Neutrophil congestion causes a reduction of intravenously injected microbeads in the lung, suggestive of lower perfusion. In a model where tumor cells are injected intravenously into mammary-cancer-bearing Rag1-deficient mice, we observe lower lung experimental metastasis burdens after activating β integrins. Overall, our study proposes that integrin-mediated neutrophil congestion of the alveolar capillaries contributes to the pulmonary pre-metastatic niche.

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