• ALoafOfBread
    link
    fedilink
    27
    edit-2
    8 months ago

    Yeah realistically it isn’t a big concern. Like you should try not to inject air into people’s veins, but the minimum amount that is likely to cause problems is about 20 cc (which is a lot), but it’s likely to take much more than that to be fatal, usually in excess of 150 cc.

    • Zoot
      link
      fedilink
      108 months ago

      Damn for real? Growing up id always heard even the tiniest bubbles can put you into shock/death. Made me terrified for a long while growing up… 20cc is a lot of air!

      • @DragonTypeWyvern@literature.cafe
        link
        fedilink
        11
        edit-2
        8 months ago

        It’s one of those situations where ~2cc can potentially cause complications and a bubble could theoretically cause problems but is also unlikely, so when you ask a doctor they’ll be like “technically yes, but” and everyone hears “confirmed, bubble=dead”

      • @Bgugi@lemmy.world
        link
        fedilink
        78 months ago

        Bread’s numbers appear to be for veinous air embolism. A much smaller embolism can kill you in other areas… 2 cc in cerebral, 0.5 cc in the coronary artery.

      • @DarkroomDoc@lemmy.sdf.org
        link
        fedilink
        28 months ago

        Arterial, tiny bubbles cause strokes. Venous, giant bubbles cause air emboli.

        Sometimes there’s connections that shouldn’t be there that can cause venous bubbles to cross over and be a problem.

    • Baŝto
      link
      fedilink
      English
      98 months ago

      cm3 (with markdown ^3^)

      cm³ (with unicode ³, which a bunch of keyboard layouts have on AltGr+3)

      ㎤ (one unicode character)

      • @Tangent5280@lemmy.world
        link
        fedilink
        28 months ago

        You are a gentleman and a scholar. Now how do I figure out how to do this for other similar use cases? Is there a table I can look up?