@article{oai:repo.qst.go.jp:00046891,
 author = {Takuwa, Hiroyuki and Matsuura, Tetsuya and Nishino, Asuka and Sakata, Kazumi and Tajima, Yosuke and Ito, Hiroshi and 田桑 弘之 and 松浦 哲也 and 西野 明日香 and 田島 洋佑 and 伊藤 浩},
 journal = {Journal of neuroscience methods},
 month = {Nov},
 note = {Background:PET allows the measurement of CBF, CBV and CMRO2 in human and plays an important role in the diagnosis of pathologic conditions and clinical research. On the other hand, in animal studies, there is no optical imaging system for evaluating changes in CBF and CBV, and oxygen metabolism, from the same brain area under awake condition.
New method:In the present study, we developed a simultaneous measurement system of LSI and IOSI, which was verified by LDF. Moreover, to evaluate oxygen metabolism, FAI was performed from the same brain area as LSI and IOSI measurements.
Results:The change in CBF according to LSI was correlated with that by LDF. Similarly, the change in CBV obtained by IOSI was also correlated with RBC concentration change measured by LDF. The change in oxygen metabolism by FAI was associated with that in CBF obtained by LSI, although the change in CBF was greater than that in oxygen metabolism.
Comparison with existing method(s): We revealed that the relationship between oxygen metabolism and CBF as measured by our system was in good agreement with the relationship between CMRO2 and CBF in human PET studies.
Conclusions:Our measurement system of CBF, CBV and oxygen metabolism is not only useful for studying neurovascular coupling, but also easily corroborates human PET studies.},
 pages = {9--15},
 title = {Development of new optical imaging systems of oxygen metabolism and simultaneous measurement in hemodynamic changes using awake mice.},
 volume = {237},
 year = {2014}
}