A chmpe in the bose cane ice Wheh atumedis gor wive througing the Ternado:able atathed. (Vu.thange in the base XCElt when arsumed fower yoluc table mathed. ft chonge in the bareiced when ossumed lawer vilut. to change in the base cwe icir when assumed figher value Whange in the bire caise kits whin arlumed higher value. Scenatio 9: A heath econorrist has undertaken the cne way deterministic senstivity analyns of a new aroke mana acment prog arn compared weth the sakus qua. The base. througigi Question 5.1. Caculete st change in the base-case icers for whicies of strobe pacients when the QaLy parameter was assumed lower and hisher values, respectively, Aefer fo the Tomado table axtached, (4) change in the base.ICEA when assumed lower value. 4 dainge in the base case kCER when assumed higher value. table atrached sto change in the base-icte when assumed lower value: N change in the balecase IcFnowhen assumed higher walue. Question 9.3 : Celculore 4 change in the base case ic Eifs for intervention when cost parameter was assumed lower and higher hillies. respectively. Gefer to the fornadotable attadied. Ph thange in the base-ictin when asturned lower value to change in the base case icer when assumed higher vade. Scenarle 9f A health economist has undertaken the one -way deterministic senultivity analmis o a new stroke management program compared with the status quo. The base-case icrR is 51501 per QALY gain. Please refer to the attached table for sensitivity ICEFs, when QAIY and cost parameters were mianually changed, Answer questions 9.1 through 9.3, Question 9.1: Calculate XK change in the base-case icchs for utilities of stroke patients when the QALY parameter was assumed lower and higher values, respectively. Refer to the Tornado table attached. (\$ change in the base-ICER when assumed lower value: base-case ICER when assumed higher value: Question 9.2i Calculate \& change in the base.care ICERs for hospitalization when cost parameter was assumed lower and higher values, respectively. Refer to the Tornado table attached. (\$f change in the base-ICER when assumed lower value: base-case iCFR when assumed higher value: Question 9.3: Calculate Y change in the base-care ICERs for intervention when cost parameter was assumed lower and higher walues, respectively. Refer to the Tornado table attached. fs. change in the base-lCER when arsumed lower value: when assumed higher yalue: A chmpe in the bose cane ice Wheh atumedis gor wive througing the Ternado:able atathed. (Vu.thange in the base XCElt when arsumed fower yoluc table mathed. ft chonge in the bareiced when ossumed lawer vilut. to change in the base cwe icir when assumed figher value Whange in the bire caise kits whin arlumed higher value. Scenatio 9: A heath econorrist has undertaken the cne way deterministic senstivity analyns of a new aroke mana acment prog arn compared weth the sakus qua. The base. througigi Question 5.1. Caculete st change in the base-case icers for whicies of strobe pacients when the QaLy parameter was assumed lower and hisher values, respectively, Aefer fo the Tomado table axtached, (4) change in the base.ICEA when assumed lower value. 4 dainge in the base case kCER when assumed higher value. table atrached sto change in the base-icte when assumed lower value: N change in the balecase IcFnowhen assumed higher walue. Question 9.3 : Celculore 4 change in the base case ic Eifs for intervention when cost parameter was assumed lower and higher hillies. respectively. Gefer to the fornadotable attadied. Ph thange in the base-ictin when asturned lower value to change in the base case icer when assumed higher vade. Scenarle 9f A health economist has undertaken the one -way deterministic senultivity analmis o a new stroke management program compared with the status quo. The base-case icrR is 51501 per QALY gain. Please refer to the attached table for sensitivity ICEFs, when QAIY and cost parameters were mianually changed, Answer questions 9.1 through 9.3, Question 9.1: Calculate XK change in the base-case icchs for utilities of stroke patients when the QALY parameter was assumed lower and higher values, respectively. Refer to the Tornado table attached. (\$ change in the base-ICER when assumed lower value: base-case ICER when assumed higher value: Question 9.2i Calculate \& change in the base.care ICERs for hospitalization when cost parameter was assumed lower and higher values, respectively. Refer to the Tornado table attached. (\$f change in the base-ICER when assumed lower value: base-case iCFR when assumed higher value: Question 9.3: Calculate Y change in the base-care ICERs for intervention when cost parameter was assumed lower and higher walues, respectively. Refer to the Tornado table attached. fs. change in the base-lCER when arsumed lower value: when assumed higher yalue