irHneovtnpaelyti radcesee Pa.OC2 atrClen csoerrtemophec neordsp ot wlo POCa2 by ncntotvracogssii aclrbree dbloo .veslsse

A) itaeArrl dlooB eOgnyx tCnrnaceoiton: ldBoo xeynOg ationornecnCt si yidlrtce ledrate ot Hb nccrontinoeta and otrnaistau aO)S(2 01F9,2A p. 563. iaV teh ohrB tcEffe, scedaeerd COP2a iwll ranesice ,a2SO tshu iesagrcnni oldbo xenoyg anrtincnteoo.c

B) lteiraAr looBd 2PO: Oa2P cshaeng in soesrnep ot cresdeaed 2OA,P P2O,I ro o.ififusdn hrTee udowl eb on nahecg in OP2a udrign apthynieoirvteln ah)(roy.cltieetl

)C Araetil ssrueerP: dseecaeDr 2OPaC si iadsteoasc thiw ssnit,iocrotanovc hwchi luwdo iarcsnee dloob erpesrsu.

E) beraelCr eiTsus pH ludow rcenasei due ot aorretsiryp .laosksial

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aoglasvaV eopcSy.n uchM sareei

One thing that always helps me remember this concept is that in the patients post brain surgery, we often HYPERventilate their vent to decrease ICP (I.E. decrease cerebral blood flow).

This is due to lower PaCO2 in the blood, and resultant vasoconstriction of the cerebral vessels.