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Background: No short patient-reported outcome (PRO) instruments assess overall health status across different obstructive lung diseases. Thus, the wording of the introduction to the Chronic Obstructive Pulmonary Disease (COPD) Assessment Test (CAT) was modified to permit use in asthma and/or COPD. This tool is called the Chronic Airways Assessment Test (CAAT). Methods: The psychometric properties of the CAAT were evaluated using baseline data from the NOVELTY study (NCT02760329) in patients with physician-assigned asthma, asthma + COPD or COPD. Analyses included exploratory/confirmatory factor analyses, differential item functioning and analysis of construct validity. Responses to the CAAT and CAT were compared in patients with asthma + COPD and those with COPD. Results: CAAT items were internally consistent (Cronbach’s alpha: > 0.7) within each diagnostic group (n = 510). Models for structural and measurement invariance were strong. Tests of differential item functioning showed small differences between asthma and COPD in individual items, but these were not consistent in direction and had minimal overall impact on the total score. The CAAT and CAT were highly consistent when assessed in all NOVELTY patients who completed both (N = 277, Pearson’s correlation coefficient: 0.90). Like the CAT itself, CAAT scores correlated moderately (0.4–0.7) to strongly (> 0.7) with other PRO measures and weakly (< 0.4) with spirometry measures. Conclusions: CAAT scores appear to reflect the same health impairment across asthma and COPD, making the CAAT an appropriate PRO instrument for patients with asthma and/or COPD. Its brevity makes it suitable for use in clinical studies and routine clinical practice. Trial registration: NCT02760329.
Chronic Airways Assessment Test: psychometric properties in patients with asthma and/or COPD / Tomaszewski, E. L.; Atkinson, M. J.; Janson, C.; Karlsson, N.; Make, B.; Price, D.; Reddel, H. K.; Vogelmeier, C. F.; Mullerova, H.; Jones, P. W.; del Olmo, R.; Anderson, G.; Rabahi, M.; Mcivor, A.; Sadatsafavi, M.; Weinreich, U.; Burgel, P. -R.; Devouassoux, G.; Papi, A.; Inoue, H.; Rendon, A.; van den Berge, M.; Beasley, R.; Garcia-Navarro, A. A.; Faner, R.; Rivera, J. O.; Janson, C.; Bilinska-Izydorczyk, M.; Fageras, M.; Fihn-Wikander, T.; Franzen, S.; Keen, C.; Ostridge, K.; Chalmers, J.; Harrison, T.; Pavord, I.; Price, D.; Azim, A.; Belton, L.; Ble, F. -X.; Erhard, C.; Gairy, K.; Hughes, R.; Lassi, G.; Mullerova, H.; Rapsomaniki, E.; Scott, I. C.; Chipps, B.; Make, B.; Christenson, S.; Tomaszewski, E.; del Olmo, R.; Benhabib, G.; Ruiz, X. B.; Lisanti, R. E.; Marino, G.; Mattarucco, W.; Nogueira, J.; Parody, M.; Pascale, P.; Rodriguez, P.; Silva, D.; Svetliza, G.; Victorio, C. F.; Rolon, R. W.; Yanez, A.; Baines, S.; Bowler, S.; Bremner, P.; Bull, S.; Carroll, P.; Chaalan, M.; Farah, C.; Hammerschlag, G.; Hancock, K.; Harrington, Z.; Katsoulotos, G.; Kim, J.; Langton, D.; Lee, D.; Peters, M.; Prassad, L.; Sajkov, D.; Santiago, F.; Simpson, F. G.; Tai, S.; Thomas, P.; Wark, P.; Rabahi, M.; Cancado, J. E. D.; Cunha, T.; Lima, M.; Cardoso, A. P.; Fitzgerald, J. M.; Mcivor, A.; Anees, S.; Bertley, J.; Bell, A.; Cheema, A.; Chouinard, G.; Csanadi, M.; Dhar, A.; Dhillon, R.; Kanawaty, D.; Kelly, A.; Killorn, W.; Landry, D.; Luton, R.; Mandhane, P.; Pek, B.; Petrella, R.; Stollery, D.; Wang, C.; Chen, M.; Chen, Y.; Gu, W.; Hui, K. M. C.; Li, M.; Li, S.; Lijun, M.; Qin, G.; Song, W.; Tan, W.; Tang, Y.; Wang, T.; Wen, F.; Wu, F.; Xiang, P. C.; Xiao, Z.; Xiong, S.; Yang, J.; Yang, J.; Zhang, C.; Zhang, M.; Zhang, P.; Zhang, W.; Zheng, X.; Zhu, D.; Bueno, C. M.; Grimaldos, F. B.; Arboleda, A. C.; de Salazar, D. M.; Weinreich, U.; Bendstrup, E.; Hilberg, O.; Kjellerup, C.; Burgel, P. -R.; Devouassoux, G.; Raherison, C.; Bonniaud, P.; Brun, O.; Chouaid, C.; Couturaud, F.; de Blic, J.; Debieuvre, D.; Delsart, D.; Demaegdt, A.; Demoly, P.; Deschildre, A.; Egron, C.; Falchero, L.; Goupil, F.; Kessler, R.; Le Roux, P.; Mabire, P.; Mahay, G.; Martinez, S.; Melloni, B.; Moreau, L.; Riviere, E.; Roux-Claude, P.; Soulier, M.; Vignal, G.; Yaici, A.; Bals, R.; Aries, S. P.; Beck, E.; Deimling, A.; Feimer, J.; Grimm-Sachs, V.; Growth, G.; Herth, F.; Hoheisel, G.; Kanniess, F.; Lienert, T.; Mronga, S.; Reinhardt, J.; Schlenska, C.; Stolpe, C.; Teber, I.; Timmermann, H.; Ulrich, T.; Velling, P.; Wehgartner-Winkler, S.; Welling, J.; Winkelmann, E. -J.; Papi, A.; Barbetta, C.; Braido, F.; Cardaci, V.; Clini, E. M.; Costantino, M. T.; Cuttitta, G.; di Gioacchino, M.; Fois, A.; Foschino-Barbaro, M. P.; Gammeri, E.; Inchingolo, R.; Lavorini, F.; Molino, A.; Nucera, E.; Patella, V.; Pesci, A.; Ricciardolo, F.; Rogliani, P.; Sarzani, R.; Vancheri, C.; Vincenti, R.; Inoue, H.; Endo, T.; Fujita, M.; Hara, Y.; Horiguchi, T.; Hosoi, K.; Ide, Y.; Inomata, M.; Inoue, K.; Inoue, S.; Kato, M.; Kawasaki, M.; Kawayama, T.; Kita, T.; Kobayashi, K.; Koto, H.; Nishi, K.; Saito, J.; Shimizu, Y.; Shirai, T.; Sugihara, N.; Takahashi, K. -I.; Tashimo, H.; Tomii, K.; Yamada, T.; Yanai, M.; Rendon, A.; Javier, R. C.; Peregrina, A. D.; Corzo, M. F.; Gonzalez, E. M.; Ramirez-Venegas, A.; van den Berge, M.; Boersma, W.; Djamin, R. S.; Eijsvogel, M.; Franssen, F.; Goosens, M.; Graat-Verboom, L.; in't Veen, J.; Janssen, R.; Kuppens, K.; van de Ven, M.; Bakke, P.; Brunstad, O. P.; Einvik, G.; Hoines, K. J.; Khusrawi, A.; Oien, T.; Yoon, H. J.; Chang, Y. -S.; Cho, Y. J.; Hwang, Y. I.; Kim, W. J.; Koh, Y. -I.; Lee, B. -J.; Lee, K. -H.; Lee, S. -P.; Lee, Y. C.; Lim, S. Y.; Min, K. H.; Oh, Y. -M.; Park, C. -S.; Park, H. -S.; Park, H. -W.; Rhee, C. K.; Yoon, H. -K.; Garcia-Navarro, A. A.; Rivera, J. O.; Andujar, R.; Anoro, L.; Garcia, M. B.; Mozo, P. C.; Campos, S.; Maldonado, F. C.; Martinez, M. C.; Serrano, C. C.; Casanova, L. C.; Corbacho, D.; Del Campo Matias, F.; Echave-Sustaeta, J.; Corral, G. F.; Setien, P. G.; Clemente, M. G.; Nunez, I. G.; Robaina, J. G.; Salmones, M. G.; Trigo, J. M. M.; Fernandez, M. N.; Palomo, S. N.; de Llano, L. P.; Bastida, A. P.; Rano, A.; Gonzalez-Moro, J. R.; Reig, A. R.; Garrido, J. V.; Janson, C.; Curiac, D.; Lif-Tiberg, C.; Luts, A.; Rahlen, L.; Rustscheff, S.; Adams, F.; Bradman, D.; Broughton, E.; Cosgrove, J.; Flood-Page, P.; Fuller, E.; Hartley, D.; Hattotuwa, K.; Jones, G.; Lewis, K.; Mcgarvey, L.; Morice, A.; Pandya, P.; Patel, M.; Roy, K.; Sathyamurthy, R.; Thiagarajan, S.; Turner, A.; Vestbo, J.; Wedzicha, W.; Wilkinson, T.; Wilson, P.; Chipps, B.; Al-Asadi, L. A.; Anholm, J.; Averill, F.; Bansal, S.; Baptist, A.; Campbell, C.; Campos, M. A.; Crook, G.; Deleon, S.; Eid, A.; Epstein, E.; Fritz, S.; Harris, H.; Hewitt, M.; Holguin, F.; Hudes, G.; Jackson, R.; Kaufman, A.; Kaufman, D.; Klapholz, A.; Krishna, H.; Lee, D.; Lin, R.; Maselli-Caceres, D.; Mehta, V.; Moy, J. N.; Nwokoro, U.; Parikh, P.; Parikh, S.; Perrino, F.; Ruhlmann, J.; Sassoon, C.; Settipane, R. A.; Sousa, D.; Sriram, P.; Wachs, R.. - In: RESPIRATORY RESEARCH. - ISSN 1465-9921. - 24:1(2023), pp. 106-120. [10.1186/s12931-023-02394-6]
Chronic Airways Assessment Test: psychometric properties in patients with asthma and/or COPD
Tomaszewski E. L.;Atkinson M. J.;Janson C.;Karlsson N.;Make B.;Price D.;Reddel H. K.;Vogelmeier C. F.;Mullerova H.;Jones P. W.;del Olmo R.;Anderson G.;Rabahi M.;McIvor A.;Sadatsafavi M.;Weinreich U.;Burgel P. -R.;Devouassoux G.;Papi A.;Inoue H.;Rendon A.;van den Berge M.;Beasley R.;Garcia-Navarro A. A.;Faner R.;Rivera J. O.;Janson C.;Bilinska-Izydorczyk M.;Fageras M.;Fihn-Wikander T.;Franzen S.;Keen C.;Ostridge K.;Chalmers J.;Harrison T.;Pavord I.;Price D.;Azim A.;Belton L.;Ble F. -X.;Erhard C.;Gairy K.;Hughes R.;Lassi G.;Mullerova H.;Rapsomaniki E.;Scott I. C.;Chipps B.;Make B.;Christenson S.;Tomaszewski E.;del Olmo R.;Benhabib G.;Ruiz X. B.;Lisanti R. E.;Marino G.;Mattarucco W.;Nogueira J.;Parody M.;Pascale P.;Rodriguez P.;Silva D.;Svetliza G.;Victorio C. F.;Rolon R. W.;Yanez A.;Baines S.;Bowler S.;Bremner P.;Bull S.;Carroll P.;Chaalan M.;Farah C.;Hammerschlag G.;Hancock K.;Harrington Z.;Katsoulotos G.;Kim J.;Langton D.;Lee D.;Peters M.;Prassad L.;Sajkov D.;Santiago F.;Simpson F. G.;Tai S.;Thomas P.;Wark P.;Rabahi M.;Cancado J. E. D.;Cunha T.;Lima M.;Cardoso A. P.;FitzGerald J. M.;McIvor A.;Anees S.;Bertley J.;Bell A.;Cheema A.;Chouinard G.;Csanadi M.;Dhar A.;Dhillon R.;Kanawaty D.;Kelly A.;Killorn W.;Landry D.;Luton R.;Mandhane P.;Pek B.;Petrella R.;Stollery D.;Wang C.;Chen M.;Chen Y.;Gu W.;Hui K. M. C.;Li M.;Li S.;Lijun M.;Qin G.;Song W.;Tan W.;Tang Y.;Wang T.;Wen F.;Wu F.;Xiang P. C.;Xiao Z.;Xiong S.;Yang J.;Yang J.;Zhang C.;Zhang M.;Zhang P.;Zhang W.;Zheng X.;Zhu D.;Bueno C. M.;Grimaldos F. B.;Arboleda A. C.;de Salazar D. M.;Weinreich U.;Bendstrup E.;Hilberg O.;Kjellerup C.;Burgel P. -R.;Devouassoux G.;Raherison C.;Bonniaud P.;Brun O.;Chouaid C.;Couturaud F.;de Blic J.;Debieuvre D.;Delsart D.;Demaegdt A.;Demoly P.;Deschildre A.;Egron C.;Falchero L.;Goupil F.;Kessler R.;Le Roux P.;Mabire P.;Mahay G.;Martinez S.;Melloni B.;Moreau L.;Riviere E.;Roux-Claude P.;Soulier M.;Vignal G.;Yaici A.;Bals R.;Aries S. P.;Beck E.;Deimling A.;Feimer J.;Grimm-Sachs V.;Growth G.;Herth F.;Hoheisel G.;Kanniess F.;Lienert T.;Mronga S.;Reinhardt J.;Schlenska C.;Stolpe C.;Teber I.;Timmermann H.;Ulrich T.;Velling P.;Wehgartner-Winkler S.;Welling J.;Winkelmann E. -J.;Papi A.;Barbetta C.;Braido F.;Cardaci V.;Clini E. M.;Costantino M. T.;Cuttitta G.;di Gioacchino M.;Fois A.;Foschino-Barbaro M. P.;Gammeri E.;Inchingolo R.;Lavorini F.;Molino A.;Nucera E.;Patella V.;Pesci A.;Ricciardolo F.;Rogliani P.;Sarzani R.;Vancheri C.;Vincenti R.;Inoue H.;Endo T.;Fujita M.;Hara Y.;Horiguchi T.;Hosoi K.;Ide Y.;Inomata M.;Inoue K.;Inoue S.;Kato M.;Kawasaki M.;Kawayama T.;Kita T.;Kobayashi K.;Koto H.;Nishi K.;Saito J.;Shimizu Y.;Shirai T.;Sugihara N.;Takahashi K. -I.;Tashimo H.;Tomii K.;Yamada T.;Yanai M.;Rendon A.;Javier R. C.;Peregrina A. D.;Corzo M. F.;Gonzalez E. M.;Ramirez-Venegas A.;van den Berge M.;Boersma W.;Djamin R. S.;Eijsvogel M.;Franssen F.;Goosens M.;Graat-Verboom L.;in't Veen J.;Janssen R.;Kuppens K.;van de Ven M.;Bakke P.;Brunstad O. P.;Einvik G.;Hoines K. J.;Khusrawi A.;Oien T.;Yoon H. J.;Chang Y. -S.;Cho Y. J.;Hwang Y. I.;Kim W. J.;Koh Y. -I.;Lee B. -J.;Lee K. -H.;Lee S. -P.;Lee Y. C.;Lim S. Y.;Min K. H.;Oh Y. -M.;Park C. -S.;Park H. -S.;Park H. -W.;Rhee C. K.;Yoon H. -K.;Garcia-Navarro A. A.;Rivera J. O.;Andujar R.;Anoro L.;Garcia M. B.;Mozo P. C.;Campos S.;Maldonado F. C.;Martinez M. C.;Serrano C. C.;Casanova L. C.;Corbacho D.;Del Campo Matias F.;Echave-Sustaeta J.;Corral G. F.;Setien P. G.;Clemente M. G.;Nunez I. G.;Robaina J. G.;Salmones M. G.;Trigo J. M. M.;Fernandez M. N.;Palomo S. N.;de Llano L. P.;Bastida A. P.;Rano A.;Gonzalez-Moro J. R.;Reig A. R.;Garrido J. V.;Janson C.;Curiac D.;Lif-Tiberg C.;Luts A.;Rahlen L.;Rustscheff S.;Adams F.;Bradman D.;Broughton E.;Cosgrove J.;Flood-Page P.;Fuller E.;Hartley D.;Hattotuwa K.;Jones G.;Lewis K.;McGarvey L.;Morice A.;Pandya P.;Patel M.;Roy K.;Sathyamurthy R.;Thiagarajan S.;Turner A.;Vestbo J.;Wedzicha W.;Wilkinson T.;Wilson P.;Chipps B.;Al-Asadi L. A.;Anholm J.;Averill F.;Bansal S.;Baptist A.;Campbell C.;Campos M. A.;Crook G.;DeLeon S.;Eid A.;Epstein E.;Fritz S.;Harris H.;Hewitt M.;Holguin F.;Hudes G.;Jackson R.;Kaufman A.;Kaufman D.;Klapholz A.;Krishna H.;Lee D.;Lin R.;Maselli-Caceres D.;Mehta V.;Moy J. N.;Nwokoro U.;Parikh P.;Parikh S.;Perrino F.;Ruhlmann J.;Sassoon C.;Settipane R. A.;Sousa D.;Sriram P.;Wachs R.
2023
Abstract
Background: No short patient-reported outcome (PRO) instruments assess overall health status across different obstructive lung diseases. Thus, the wording of the introduction to the Chronic Obstructive Pulmonary Disease (COPD) Assessment Test (CAT) was modified to permit use in asthma and/or COPD. This tool is called the Chronic Airways Assessment Test (CAAT). Methods: The psychometric properties of the CAAT were evaluated using baseline data from the NOVELTY study (NCT02760329) in patients with physician-assigned asthma, asthma + COPD or COPD. Analyses included exploratory/confirmatory factor analyses, differential item functioning and analysis of construct validity. Responses to the CAAT and CAT were compared in patients with asthma + COPD and those with COPD. Results: CAAT items were internally consistent (Cronbach’s alpha: > 0.7) within each diagnostic group (n = 510). Models for structural and measurement invariance were strong. Tests of differential item functioning showed small differences between asthma and COPD in individual items, but these were not consistent in direction and had minimal overall impact on the total score. The CAAT and CAT were highly consistent when assessed in all NOVELTY patients who completed both (N = 277, Pearson’s correlation coefficient: 0.90). Like the CAT itself, CAAT scores correlated moderately (0.4–0.7) to strongly (> 0.7) with other PRO measures and weakly (< 0.4) with spirometry measures. Conclusions: CAAT scores appear to reflect the same health impairment across asthma and COPD, making the CAAT an appropriate PRO instrument for patients with asthma and/or COPD. Its brevity makes it suitable for use in clinical studies and routine clinical practice. Trial registration: NCT02760329.
Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11380/1327922
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