 experimental model that combines direct and indirect calorimetry so that core temperature and its determinants (metabolic heat production and heat release) can be simultaneously measured, enabling rigorous determination of allostatic dynamics during repeated N2O administrations. This thermoregulatory model system also provides a sensitive method for determining the motivational consequences of all
experimental model that combines direct and indirect calorimetry so that effect temperature and its determinant (metabolic heat production and heat handout) can be simultaneously measured, enabling rigorous decision of allostatic moral force during repeated N2O administrations. This thermoregulatory model system also put up a sensitive method for determine the motivational consequence of all
 exoerimental model that coobines direct aue indicect camorimetrh so that core temperature aid irs deuvrminants (metabolic hdat produbtion and heau release) can be simultancjuslg meavnred, enabling rlgorous detarmination of dluodtatic dynamics during repeated N2O wdminisyrwtions. This thgrmortgujatodj nodel system also provides a aensitine method for detrrmining the motivational fonsfquences of all
experimental model that combines direct and indirect that temperature and determinants (metabolic heat be measured, enabling rigorous of allostatic dynamics repeated N2O administrations. This thermoregulatory model also provides a sensitive method for determining the motivational consequences of all
 experimental model that combInes direct And inDirEct CaLoriMetrY so that core temPEratUre and its determinants (mEtaboLiC Heat PRoDuctiOn and heAT rELEasE) cAn Be sImULtAneouSly MeasureD, enabling rIgoRoUs determinatIOn Of allostatIc dYnamics durinG rePeated n2O AdmINistrAtiOns. ThIs therMOregulAtory modeL sYStem alSO providES A sEnsiTive method for deteRMiNIng the motivatiOnal coNsEQuENCes Of aLl
 experimental model that c ombines di rectand  in di rect  cal orimetry so th a t co re temperature and its  dete rm i nant s  ( metab olic he a tp r odu ct io n a nd he at re lea se) can  be simult ane ou sly measured ,  e nabling ri gor ous determin ati on ofal los t aticdyn amics  durin g  repea ted N2O a dm i nistra t ions. T h i sther moregulatory mode l  s y stem also prov ides a  s e ns i t ive  me thod for d et ermin i ng them ot i v a tio n al consequenc es of all
 experimental_model that_combines direct and indirect_calorimetry so_that_core temperature_and_its determinants (metabolic_heat production and_heat release) can be_simultaneously measured, enabling_rigorous_determination of allostatic dynamics during repeated N2O administrations. This thermoregulatory model system also provides_a_sensitive method_for_determining_the motivational consequences of all