I’m looking at something entirely unrelated, but tripped over some search results that made me realise that a lot of people still think getting errors like ACPI Warning: SystemIO range 0x0000000000001828-0x000000000000182F conflicts with OpRegion 0x0000000000001800-0x000000000000187F indicate a firmware bug. This is generally untrue. We need to dive a little into what ACPI is to clarify why. The Advanced Configuration and Power Interface1 specification defines a whole bunch of stuff, but what’s interesting to us here is the hardware abstraction it performs.

I’m looking at something entirely unrelated, but tripped over some search results that made me realise that a lot of people still think getting errors like ACPI Warning: SystemIO range 0x0000000000001828-0x000000000000182F conflicts with OpRegion 0x0000000000001800-0x000000000000187F indicate a firmware bug. This is generally untrue. We need to dive a little into what ACPI is to clarify why. The Advanced Configuration and Power Interface1 specification defines a whole bunch of stuff, but what’s interesting to us here is the hardware abstraction it performs.

Antimicrobial resistance (AMR) is widely recognized as a global One Health challenge that extends beyond clinical settings into environmental reservoirs at the human-animal-environment interface1. In response, environmental AMR surveillance has expanded substantially, generating increasing amounts of data on the occurrence of resistant bacteria and resistance determinants across diverse environmental compartments, although harmonized surveillance frameworks remain limited2. These efforts have substantially improved our understanding of how widely AMR is distributed across interconnected ecological systems. At the same time, the presence of AMR in the environment does not necessarily reflect processes that are recent or clinically relevant. Environmental samples capture both naturally occurring background resistance and resistance linked to anthropogenic selective pressures3,4,5. Distinguishing between what is present and what is relevant is therefore central to interpreting environmental AMR data. A central difficulty lies in translating observations into conclusions that can guide action. Detecting resistant bacteria in wastewater-associated environments, coastal systems, or wildlife raises important but very different questions about exposure, transmission, and potential impact. Even well-designed and integrative surveillance efforts can therefore produce datasets that are highly informative, yet not easily translated into concrete public health measures, risk assessments, or policy decisions. This gap between detection and action is not due to...

社会運動の専門誌Interfaceに論文が掲載されました（こちらから読めます）。国際誌への掲載としては、20