{{Cite journal| doi = 10.1177/23969873241286691| issn = 2396-9881 (Electronic) 2396-9873 (Print) 2396-9873 (Linking)| volume = 10| issue = 2| pages = 552–559| last1 = Dittrich| first1 = T. D.| last2 = Nguyen| first2 = A.| last3 = Sporns| first3 = P. B.| last4 = Toebak| first4 = A. M.| last5 = Kriemler| first5 = L. F.| last6 = Rudin| first6 = S.| last7 = Zietz| first7 = A.| last8 = Wagner| first8 = B.| last9 = Barinka| first9 = F.| last10 = Hansel| first10 = M.| last11 = Gensicke| first11 = H.| last12 = Sutter| first12 = R.| last13 = Nickel| first13 = C. H.| last14 = Katan| first14 = M.| last15 = Peters| first15 = N.| last16 = Michels| first16 = L.| last17 = Kulcsar| first17 = Z.| last18 = Karwacki| first18 = G. M.| last19 = Pileggi| first19 = M.| last20 = Cereda| first20 = C.| last21 = Wegener| first21 = S.| last22 = Bonati| first22 = L. H.| last23 = Psychogios| first23 = M.| last24 = De Marchis| first24 = G. M.| title = Large ischemic core defined by visually assessed ASPECTS predicts functional outcomes comparably accurate to automated CT perfusion in the 6-24 h window| journal = Eur Stroke J| date = 2024-10-07| pmid = 39373098}}