Matches in SemOpenAlex for { <https://semopenalex.org/work/W2124379871> ?p ?o ?g. }
- W2124379871 endingPage "13" @default.
- W2124379871 startingPage "1" @default.
- W2124379871 abstract "Molecular imaging--and especially positron emission tomography (PET)--has gained increasing importance for diagnosis of various diseases and thus experiences an increasing dissemination. Therefore, there is also a growing demand for highly affine PET tracers specifically accumulating and visualizing target structures in the human body. Beyond the development of agents suitable for PET alone, recent tendencies aim at the synthesis of bimodal imaging probes applicable in PET as well as optical imaging (OI), as this combination of modalities can provide clinical advantages. PET, due to the high tissue penetration of the γ-radiation emitted by PET nuclides, allows a quantitative imaging able to identify and visualize tumors and metastases in the whole body. OI on the contrary visualizes photons exhibiting only a limited tissue penetration but enables the identification of tumor margins and infected lymph nodes during surgery without bearing a radiation burden for the surgeon. Thus, there is an emerging interest in bimodal agents for PET and OI in order to exploit the potential of both imaging techniques for the imaging and treatment of tumor diseases. This short review summarizes the available hybrid probes developed for dual PET and OI and discusses future directions for hybrid agent development." @default.
- W2124379871 created "2016-06-24" @default.
- W2124379871 creator A5042408887 @default.
- W2124379871 creator A5044741435 @default.
- W2124379871 creator A5052647484 @default.
- W2124379871 creator A5081680068 @default.
- W2124379871 date "2014-01-01" @default.
- W2124379871 modified "2023-10-11" @default.
- W2124379871 title "Bimodal Imaging Probes for Combined PET and OI: Recent Developments and Future Directions for Hybrid Agent Development" @default.
- W2124379871 cites W128347656 @default.
- W2124379871 cites W1535817897 @default.
- W2124379871 cites W1951046932 @default.
- W2124379871 cites W1967118639 @default.
- W2124379871 cites W1970491754 @default.
- W2124379871 cites W1980952233 @default.
- W2124379871 cites W1984417319 @default.
- W2124379871 cites W1985111897 @default.
- W2124379871 cites W1988140056 @default.
- W2124379871 cites W1991354544 @default.
- W2124379871 cites W1995525338 @default.
- W2124379871 cites W1997688092 @default.
- W2124379871 cites W1998762609 @default.
- W2124379871 cites W2006954654 @default.
- W2124379871 cites W2006964253 @default.
- W2124379871 cites W2010259308 @default.
- W2124379871 cites W2010400854 @default.
- W2124379871 cites W2011771930 @default.
- W2124379871 cites W2011809692 @default.
- W2124379871 cites W2012685690 @default.
- W2124379871 cites W2013679501 @default.
- W2124379871 cites W2018307798 @default.
- W2124379871 cites W2021774340 @default.
- W2124379871 cites W2024608895 @default.
- W2124379871 cites W2033658050 @default.
- W2124379871 cites W2040631879 @default.
- W2124379871 cites W2043227972 @default.
- W2124379871 cites W2045016305 @default.
- W2124379871 cites W2053544594 @default.
- W2124379871 cites W2054268008 @default.
- W2124379871 cites W2056106477 @default.
- W2124379871 cites W2057025724 @default.
- W2124379871 cites W2057523852 @default.
- W2124379871 cites W2060101438 @default.
- W2124379871 cites W2066838428 @default.
- W2124379871 cites W2067265270 @default.
- W2124379871 cites W2068127891 @default.
- W2124379871 cites W2069799085 @default.
- W2124379871 cites W2075201077 @default.
- W2124379871 cites W2083984579 @default.
- W2124379871 cites W2086155088 @default.
- W2124379871 cites W2087867182 @default.
- W2124379871 cites W2090718403 @default.
- W2124379871 cites W2099525573 @default.
- W2124379871 cites W2106666760 @default.
- W2124379871 cites W2112579958 @default.
- W2124379871 cites W2113129967 @default.
- W2124379871 cites W2118012186 @default.
- W2124379871 cites W2120321567 @default.
- W2124379871 cites W2123338024 @default.
- W2124379871 cites W2124396336 @default.
- W2124379871 cites W2126987398 @default.
- W2124379871 cites W2128941143 @default.
- W2124379871 cites W2132198755 @default.
- W2124379871 cites W2139508520 @default.
- W2124379871 cites W2150870664 @default.
- W2124379871 cites W2150941474 @default.
- W2124379871 cites W2151357472 @default.
- W2124379871 cites W2154321074 @default.
- W2124379871 cites W2154410581 @default.
- W2124379871 cites W2156069838 @default.
- W2124379871 cites W2156742843 @default.
- W2124379871 cites W2158267795 @default.
- W2124379871 cites W2162247723 @default.
- W2124379871 cites W2165480503 @default.
- W2124379871 cites W2171595917 @default.
- W2124379871 cites W2322174213 @default.
- W2124379871 cites W2335071279 @default.
- W2124379871 cites W4211128641 @default.
- W2124379871 cites W4255451295 @default.
- W2124379871 doi "https://doi.org/10.1155/2014/153741" @default.
- W2124379871 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/4009187" @default.
- W2124379871 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/24822177" @default.
- W2124379871 hasPublicationYear "2014" @default.
- W2124379871 type Work @default.
- W2124379871 sameAs 2124379871 @default.
- W2124379871 citedByCount "59" @default.
- W2124379871 countsByYear W21243798712014 @default.
- W2124379871 countsByYear W21243798712015 @default.
- W2124379871 countsByYear W21243798712016 @default.
- W2124379871 countsByYear W21243798712017 @default.
- W2124379871 countsByYear W21243798712018 @default.
- W2124379871 countsByYear W21243798712019 @default.
- W2124379871 countsByYear W21243798712020 @default.
- W2124379871 countsByYear W21243798712021 @default.
- W2124379871 countsByYear W21243798712022 @default.
- W2124379871 countsByYear W21243798712023 @default.
- W2124379871 crossrefType "journal-article" @default.
- W2124379871 hasAuthorship W2124379871A5042408887 @default.