Matches in SemOpenAlex for { <https://semopenalex.org/work/W2289603553> ?p ?o ?g. }
- W2289603553 endingPage "14" @default.
- W2289603553 startingPage "4" @default.
- W2289603553 abstract "The olfactory system of organisms serves as a genetically and anatomically model for studying how sensory input can be translated into behavior output. Some neurologic diseases are considered to be related to olfactory disturbance, especially Alzheimer’s disease, Parkinson’s disease, multiple sclerosis, and so forth. However, it is still unclear how the olfactory system affects disease generation processes and olfaction delivery processes. Molecular imaging, a modern multidisciplinary technology, can provide valid tools for the early detection and characterization of diseases, evaluation of treatment, and study of biological processes in living subjects, since molecular imaging applies specific molecular probes as a novel approach to produce special data to study biological processes in cellular and subcellular levels. Recently, molecular imaging plays a key role in studying the activation of olfactory system, thus it could help to prevent or delay some diseases. Herein, we present a comprehensive review on the research progress of the imaging probes for visualizing olfactory system, which is classified on different imaging modalities, including PET, MRI, and optical imaging. Additionally, the probes’ design, sensing mechanism, and biological application are discussed. Finally, we provide an outlook for future studies in this field." @default.
- W2289603553 created "2016-06-24" @default.
- W2289603553 creator A5007322337 @default.
- W2289603553 creator A5011907617 @default.
- W2289603553 creator A5018083882 @default.
- W2289603553 creator A5045405953 @default.
- W2289603553 creator A5062407429 @default.
- W2289603553 creator A5070472838 @default.
- W2289603553 creator A5077626638 @default.
- W2289603553 creator A5090904030 @default.
- W2289603553 date "2015-12-14" @default.
- W2289603553 modified "2023-10-17" @default.
- W2289603553 title "Advances of Molecular Imaging for Monitoring the Anatomical and Functional Architecture of the Olfactory System" @default.
- W2289603553 cites W1520318457 @default.
- W2289603553 cites W1528612804 @default.
- W2289603553 cites W1571164133 @default.
- W2289603553 cites W1740677000 @default.
- W2289603553 cites W1964440976 @default.
- W2289603553 cites W1965842566 @default.
- W2289603553 cites W1968188775 @default.
- W2289603553 cites W1970324570 @default.
- W2289603553 cites W1972767432 @default.
- W2289603553 cites W1974167708 @default.
- W2289603553 cites W1975392133 @default.
- W2289603553 cites W1982823397 @default.
- W2289603553 cites W1984150750 @default.
- W2289603553 cites W1989311464 @default.
- W2289603553 cites W1989965174 @default.
- W2289603553 cites W1990033596 @default.
- W2289603553 cites W1990752296 @default.
- W2289603553 cites W1991915036 @default.
- W2289603553 cites W1994232896 @default.
- W2289603553 cites W1994572841 @default.
- W2289603553 cites W1997566072 @default.
- W2289603553 cites W1999869698 @default.
- W2289603553 cites W2002444552 @default.
- W2289603553 cites W2004726021 @default.
- W2289603553 cites W2006712128 @default.
- W2289603553 cites W2009045318 @default.
- W2289603553 cites W2010002568 @default.
- W2289603553 cites W2011169310 @default.
- W2289603553 cites W2011269460 @default.
- W2289603553 cites W2011362044 @default.
- W2289603553 cites W2012491533 @default.
- W2289603553 cites W2013225429 @default.
- W2289603553 cites W2017650488 @default.
- W2289603553 cites W2018804848 @default.
- W2289603553 cites W2020529811 @default.
- W2289603553 cites W2020647827 @default.
- W2289603553 cites W2025849267 @default.
- W2289603553 cites W2031492511 @default.
- W2289603553 cites W2034630729 @default.
- W2289603553 cites W2038819711 @default.
- W2289603553 cites W2041910496 @default.
- W2289603553 cites W2042192693 @default.
- W2289603553 cites W2045712998 @default.
- W2289603553 cites W2052762207 @default.
- W2289603553 cites W2055574435 @default.
- W2289603553 cites W2056889971 @default.
- W2289603553 cites W2064133488 @default.
- W2289603553 cites W2064258193 @default.
- W2289603553 cites W2064899413 @default.
- W2289603553 cites W2065120168 @default.
- W2289603553 cites W2073052005 @default.
- W2289603553 cites W2073093756 @default.
- W2289603553 cites W2073750493 @default.
- W2289603553 cites W2075512377 @default.
- W2289603553 cites W2079955486 @default.
- W2289603553 cites W2081926343 @default.
- W2289603553 cites W2084642506 @default.
- W2289603553 cites W2084911640 @default.
- W2289603553 cites W2086900724 @default.
- W2289603553 cites W2089167306 @default.
- W2289603553 cites W2093360003 @default.
- W2289603553 cites W2098161284 @default.
- W2289603553 cites W2099049981 @default.
- W2289603553 cites W2099402486 @default.
- W2289603553 cites W2103542900 @default.
- W2289603553 cites W2108477112 @default.
- W2289603553 cites W2117373878 @default.
- W2289603553 cites W2120292768 @default.
- W2289603553 cites W2122494609 @default.
- W2289603553 cites W2125623071 @default.
- W2289603553 cites W2126356344 @default.
- W2289603553 cites W2127187175 @default.
- W2289603553 cites W2128543511 @default.
- W2289603553 cites W2128567409 @default.
- W2289603553 cites W2129100259 @default.
- W2289603553 cites W2137553301 @default.
- W2289603553 cites W2138257795 @default.
- W2289603553 cites W2141051056 @default.
- W2289603553 cites W2161135494 @default.
- W2289603553 cites W2169640526 @default.
- W2289603553 cites W2171919975 @default.
- W2289603553 cites W2328610539 @default.
- W2289603553 cites W4231733161 @default.
- W2289603553 cites W4237295187 @default.
- W2289603553 doi "https://doi.org/10.1021/acschemneuro.5b00264" @default.