|
Prediction of the clinical standardized uptake value ratio in amyloid PET imaging using a biomathematical modeling approach towards the efficient development of a radioligand.Prediction of the clinical standardized uptake value ratio in amyloid PET imaging using a biomathematical modeling approach towards the efficient development of a radioligand. |
"/Arakawa, Yuma/"Arakawa, Yuma ,
"/Nai, YingHwey/"Nai, YingHwey ,
"/Shidahara, Miho/"Shidahara, Miho ,
"/Furumoto, Shozo/"Furumoto, Shozo ,
"/Seki, Chie/"Seki, Chie ,
"/Okamura, Nobuyuki/"Okamura, Nobuyuki ,
"/Tashiro, Manabu/"Tashiro, Manabu ,
"/Kudo, Yukitsuka/"Kudo, Yukitsuka ,
"/Yanai, Kazuhiko/"Yanai, Kazuhiko ,
"/Gonda, Kohsuke/"Gonda, Kohsuke ,
"/Watabe, Hiroshi/"Watabe, Hiroshi
2017-01 , Society of Nuclear Medicine
ISSN:0161-5505
Description
Our study aimed to develop a method to mathematically predict the kinetic parameters K1, k2 and BPND of amyloid PET tracers, and finally obtain standardized uptake value ratio (SUVR) values from predicted time-activity curves (TACs) of target and reference regions.