ABG question

Published

Specializes in Cardiolgy.

I am doing research for my next essay which includes looking at arterial blood gassess, and in the US articles I have found they speak of Pao2 and PaCo2 in mmHG, In the UK we speak of them in terms of KPA, so the UK normal range for oxygen is 11-14 KPA where as the US one looks to be around 80-100 mmHg.

Does anyone know a conversion for mmHG to KPA? ideally one that is referenceable, such as on a web page or in a journal??

Whisper

Checked with my students over here in Thailand, and they use the same system that we use in the US. I couldn't find it in any of my things here, sorry......................

:balloons:

Specializes in ICU.

The UK is more correct because KPa is the universal standard of pressure measurement - actually there was some talk some time aboo about converting everything including Sphigmo's to KPa - can you imagine the confusion

I did a search for kilopascals and came up with this site which lists everything BUT that particular conversion lol

http://www.buildingcatalogue.com.au/infotables/conversionfactors.html

You can work it out by working the intermediate steps of Kpa - Millibars - millimeters mercury:p

This is an automatic converter

http://www.alixta.com/converter/index.htm

hope they help

Specializes in Cardiolgy.

Thanks for the links, they were interesting. I had the great idea of doing my essay on ABG and the amount of articles is under whelming, my university likes it if we use primarily UK then Australian then European resources (because of the similarity in health care systems) and I am using US articles because I couldn't find that many others, and then I noticed the difference in measurements!!

I have been told of a conversion chart that may exist in J.A.N. so I am going to sit and trawl through all my universities hard copies!

Specializes in Medical and general practice now LTC.

whisper,

I think I might have an article somewhere at home on ABG's will check it out for you and let you know

Anna

Specializes in Cardiolgy.

Thanks:) I'd really appreciate it, I am giving myself to Sunday and then If I don't have enough articles I am going to have pick another topic!

Specializes in Medical and general practice now LTC.

Hi Whisper

Sorry but the article I have I got from the intranet where I used to work and sadly it does not have any referencing

Will have another check and see what I can find for you

Anna

Specializes in Cardiolgy.

Thanks for all you help, after harrassing/ I mean consulting with my supervisor I have managed to find a suitable reference for converting mmHg to KPa

mmhg x 133.322=pa

pa x 1000=kpa

This is from Martin EA (2003)(ed) Oxford Minidictionary for Nurses. Oxford University Press. Oxford. United Kingdom

I posted this here, incase anyone else will find it useful, as the cross pond differences drive me nuts! I just spent about three hours looking up what ITU stood for... why we can't all use the same abreviations I'll never know!!!

Whisper

I was never any good at chemistry, but I think that this web page can help you.

http://dbhs.wvusd.k12.ca.us/webdocs/GasLaw/PressureConversions.html

Melinda

Thanks for all you help, after harrassing/ I mean consulting with my supervisor I have managed to find a suitable reference for converting mmHg to KPa

mmhg x 133.322=pa

pa x 1000=kpa

This is from Martin EA (2003)(ed) Oxford Minidictionary for Nurses. Oxford University Press. Oxford. United Kingdom

I posted this here, incase anyone else will find it useful, as the cross pond differences drive me nuts! I just spent about three hours looking up what ITU stood for... why we can't all use the same abreviations I'll never know!!!

Whisper

I am doing research for my next essay which includes looking at arterial blood gassess, and in the US articles I have found they speak of Pao2 and PaCo2 in mmHG, In the UK we speak of them in terms of KPA, so the UK normal range for oxygen is 11-14 KPA where as the US one looks to be around 80-100 mmHg.

Does anyone know a conversion for mmHG to KPA? ideally one that is referenceable, such as on a web page or in a journal??

Whisper

http://www.pharmacology2000.com/physics/Chemistry_Physics/pressure_conversions.htm

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