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Discussions highlight concerns about device accuracy and proper technique, with mentions of small, reliable upper-arm cuffs and the importance of following instructions, reflecting moderate engagement and interest; phrases like 'that's not terrible' and references to device improvements indicate an acknowledgment rather than outright disagreement or alarm.
The majority of discussions acknowledge the study's findings but also recognize the practicality of alternative methods or the need for technological improvements.
Participants show moderate interest, discussing measurement inaccuracies and ways to improve device accuracy without deep technical engagement.
Comments include specific points about methodology and user behavior, indicating a decent level of thoughtful participation, but not extensive debate.
The discussions suggest some awareness of the study's significance, but do not convey a sense of major or immediate change being necessary.
This study published in AHA says it's inaccurate, but... it's under by 2.5% in office and over by 5.6% at home... like, that's not terrible? https://t.co/85lXHELBsI
@ismaelguzmanmel @purviparwani @OmronHealthUS @AliveCor @ButterflyNetInc @AChoiHeart @mswami001 @iamritu @ErinMichos @DrMarthaGulati @HeartOTXHeartMD @rajdoc2005 @DrRyanPDaly @vass_vassiliou @LLUHealth @StarTrek Agree. Perhaps these technologies need to improve. But there are small upper arm cuff sphygmomanometer that are very small and accurate. One of the biggest sources of error is that pts don’t follow the instructions at home. https://t.co/liso92Tjgi
@wsosaescudero https://t.co/C0RVmfa2hg
https://t.co/bUF1J5ajOP
https://t.co/N02dwjwIIU
??? Now you know damn well that was on normal seated chairs and that's not a normal seated desk given the verity of heights. https://t.co/Z426ado8j6
Poor placement of wrist blood pressure devices can lead to inaccurate readings. Proper technique and device positioning are essential for reliable measurements, especially when using wrist monitors at home.
This video explores whether wrist or upper arm blood pressure monitors provide more accurate readings based on scientific studies. It examines device technology, reliability issues, and expert opinions to guide informed…
Home blood pressure monitoring is essential for managing health. This video discusses the importance of using upper arm devices over wrist monitors for accuracy, emphasizing proper technique and device selection for…
https://t.co/N02dwjwIIU
@wsosaescudero https://t.co/C0RVmfa2hg
This study published in AHA says it's inaccurate, but... it's under by 2.5% in office and over by 5.6% at home... like, that's not terrible? https://t.co/85lXHELBsI
https://t.co/bUF1J5ajOP
??? Now you know damn well that was on normal seated chairs and that's not a normal seated desk given the verity of heights. https://t.co/Z426ado8j6
@ismaelguzmanmel @purviparwani @OmronHealthUS @AliveCor @ButterflyNetInc @AChoiHeart @mswami001 @iamritu @ErinMichos @DrMarthaGulati @HeartOTXHeartMD @rajdoc2005 @DrRyanPDaly @vass_vassiliou @LLUHealth @StarTrek Agree. Perhaps these technologies need to improve. But there are small upper arm cuff sphygmomanometer that are very small and accurate. One of the biggest sources of error is that pts don’t follow the instructions at home. https://t.co/liso92Tjgi