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Home - Medicine - H5N1 in the dairy aisle: surveillance moves to retail milk

Medicine

H5N1 in the dairy aisle: surveillance moves to retail milk

Last updated: February 6, 2026 2:25 am
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H5N1 in the dairy aisle: surveillance moves to retail milk

This CDC report describes monitoring of retail milk to detect influenza A(H5N1) signals linked to dairy cattle in the United States during 2024–2025. By shifting sampling to a consumer-facing product, the approach aims to provide a practical window into ongoing animal outbreaks and potential points of human exposure, complementing farm-level and clinical surveillance.

Why it might matter to you:
If you support infection risk assessment in clinical pathways, retail-product monitoring can inform situational awareness when food-chain exposures are under scrutiny. It may also shape how you interpret patient histories (e.g., occupational or dietary exposures) during periods of heightened zoonotic transmission concern.


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Research-active IBD units, happier patients

Using UK national IBD benchmarking survey data linked to research recruitment metrics, this cross-sectional study found that services enrolling more patients into IBD research had slightly higher proportions of patients rating their care as good/very good/excellent (Spearman r=0.19). The association persisted after adjustment for service characteristics, and services recruiting to interventional studies or offering research opportunities tended to show higher patient-reported care quality.

Why it might matter to you:
If you are involved in IBD service design, the findings support integrating research participation into routine care rather than treating it as an “extra.” Practically, it argues for resourcing research infrastructure (staffing, consent pathways, clinic flow) as a potential lever to improve patient experience alongside recruitment.


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Cholangiocarcinoma’s cholesterol link: a kinase in the spotlight

This Gut piece discusses cholangiocarcinoma as an aggressive, heterogeneous biliary tract cancer with poor long-term survival, often diagnosed too late for curative surgery. It highlights emerging thinking that connects tumour biology—including cholesterol metabolism—with therapy response, positioning Aurora kinase B as a potential nexus in these pathways and a candidate for improved stratification or targeted intervention.

Why it might matter to you:
For hepatology and GI oncology practice, mechanistic links between lipid metabolism and treatment response can influence how future biomarkers and combination regimens are developed for biliary cancers. It may also help frame multidisciplinary discussions about which patients are most likely to benefit from emerging targeted strategies as the therapeutic landscape evolves.


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