No abstract

M3DWAL RSRUARCH AND DKVKOPUMTN COMMAND4t eviao tht beasi t.f x matboar.Uol system for Loomurlstians CistinatioE' of aarb-.n sonoxio4 1ý hum beings. 0karM the pa.t tow ý'cad** various types of sxpeý*tmnet hivo boon puablished b7 4iftereini 1W-AOOlS Of Investigators dealng especially with the accumulationof atarbcw. -,ouide MWd It* oribhinatick! with hemoglobin in adult human betns".As various paraemters eblok Influenee carbon mmonoido acocýmelationq a. well ". Ito elimination, save *at beon ocepletelj understood or adequatel~y described.Wis &my~ perhas have occurred becauase at particulear Interest in. am, or at the wat two, out of several paremetoer.Vbon, horwevr, & fairly complete set of pa~rs, motors are derived, it beorreee poeeiblo to levelop a mathematloal system Of GOeiinalations$elimination Which can be tested with data publish"d ty several laborsatol.es. The eyeteis oem be solved by a paete.. acqisinted. with aleobraio methods, and one Is able to pretint the level. of oarboxy-'zomoglobin as a fu.motion of time froe the inittIM level of okrasyboq'eog!obina, the concentration of Inspired carbon smondoie and osWge., axpIratory flow rate, total bod~y hemoglobin, aw.-total preemue* of' Coo breathed. ?be"e findings oumgeet thut future physiological iaveetigatiene, using carbon monb~ioi as a traoar, should Inol~de the maesuroenet of further pazeintoer them often incluied to date. Rzmpqlee awe give. of the method if calculation, mad tizle is %mod to Illustrate the iqiortasc of each paramotor. Although soaroely @A~y date are available it elimination of oexion macoxide, it Is further *boon Luo the sys tem smy predict th. rate of elimination, especially who,. using the newest method of treating carbon monoxAei poisoning by mowns of ]Lrtificial ventilation with ;~Rwe oxygm at a total amble.t pressure of two %tmoephores.