Matches in SemOpenAlex for { <https://semopenalex.org/work/W1989389248> ?p ?o ?g. }
- W1989389248 endingPage "239" @default.
- W1989389248 startingPage "227" @default.
- W1989389248 abstract "Assessing tumor radiosensitivity before and during radiation therapy can be a crucial element in decision-making with regard to treatment. However, no known non-invasive test is available at present, which allows for a reliable evaluation of the radiosensitivity of a tissue subjected to radiotherapy. Among tests being evaluated, positron emission tomography (PET) is considered to be a promising method. The purpose of this review is to identify the tests and research paths that have recently been explored for the evaluation of tumor response to treatment after isotopic labeling revealed by nuclear imaging. The majority of the explored methodologies are based on the indirect evaluation of the radiosensitivity by cell proliferation or apoptosis, tissue oxygenation or hypoxia, intrinsic radiosensitivity of clonogenic cells, tumor metabolism and angiogenesis. The development of such methods would permit the adoption of a therapeutic regimen with respect to a given radiosensitivity of a tissue. Therefore, a given therapeutic strategy could be readjusted (by associating, for instance, a radiosensitizer of hypoxic cells) or even modified if it proved to be inadequate or when it presents an unfavorable cost-effectiveness ratio. We present here a critical review of the radiotracers revealed by nuclear imaging that are developed for radiosensitivity monitoring." @default.
- W1989389248 created "2016-06-24" @default.
- W1989389248 creator A5006422634 @default.
- W1989389248 creator A5025954031 @default.
- W1989389248 creator A5031202796 @default.
- W1989389248 creator A5034074916 @default.
- W1989389248 creator A5091325911 @default.
- W1989389248 date "2007-06-01" @default.
- W1989389248 modified "2023-10-14" @default.
- W1989389248 title "Metabolic functional imaging for tumor radiosensitivity monitoring" @default.
- W1989389248 cites W1501982791 @default.
- W1989389248 cites W1595801582 @default.
- W1989389248 cites W1762109430 @default.
- W1989389248 cites W1772207639 @default.
- W1989389248 cites W1858406656 @default.
- W1989389248 cites W1963790501 @default.
- W1989389248 cites W1975501107 @default.
- W1989389248 cites W1976837232 @default.
- W1989389248 cites W1977316337 @default.
- W1989389248 cites W1978370833 @default.
- W1989389248 cites W1978615670 @default.
- W1989389248 cites W1982146397 @default.
- W1989389248 cites W1983477402 @default.
- W1989389248 cites W1983765258 @default.
- W1989389248 cites W1985421367 @default.
- W1989389248 cites W1987752674 @default.
- W1989389248 cites W1990252673 @default.
- W1989389248 cites W1990827442 @default.
- W1989389248 cites W1996748553 @default.
- W1989389248 cites W2001334218 @default.
- W1989389248 cites W2003668572 @default.
- W1989389248 cites W2006715171 @default.
- W1989389248 cites W2012922023 @default.
- W1989389248 cites W2015015957 @default.
- W1989389248 cites W2020418425 @default.
- W1989389248 cites W2021958510 @default.
- W1989389248 cites W2022480694 @default.
- W1989389248 cites W2029221665 @default.
- W1989389248 cites W2030931565 @default.
- W1989389248 cites W2031822198 @default.
- W1989389248 cites W2036622441 @default.
- W1989389248 cites W2037728152 @default.
- W1989389248 cites W2040571860 @default.
- W1989389248 cites W2041333705 @default.
- W1989389248 cites W2041358756 @default.
- W1989389248 cites W2044190493 @default.
- W1989389248 cites W2044404234 @default.
- W1989389248 cites W2047024167 @default.
- W1989389248 cites W2051455084 @default.
- W1989389248 cites W2051686058 @default.
- W1989389248 cites W2057507330 @default.
- W1989389248 cites W2062748127 @default.
- W1989389248 cites W2070878017 @default.
- W1989389248 cites W2074418236 @default.
- W1989389248 cites W2075503794 @default.
- W1989389248 cites W2075883006 @default.
- W1989389248 cites W2078637796 @default.
- W1989389248 cites W2083837664 @default.
- W1989389248 cites W2084128487 @default.
- W1989389248 cites W2084693381 @default.
- W1989389248 cites W2084865690 @default.
- W1989389248 cites W2085742913 @default.
- W1989389248 cites W2093039161 @default.
- W1989389248 cites W2097033712 @default.
- W1989389248 cites W2103006620 @default.
- W1989389248 cites W2103164644 @default.
- W1989389248 cites W2108549165 @default.
- W1989389248 cites W2113720689 @default.
- W1989389248 cites W2118611962 @default.
- W1989389248 cites W2121727754 @default.
- W1989389248 cites W2126736840 @default.
- W1989389248 cites W2127200853 @default.
- W1989389248 cites W2133926470 @default.
- W1989389248 cites W2135378138 @default.
- W1989389248 cites W2138334516 @default.
- W1989389248 cites W2143224158 @default.
- W1989389248 cites W2144928334 @default.
- W1989389248 cites W2146404049 @default.
- W1989389248 cites W2147001614 @default.
- W1989389248 cites W2148628686 @default.
- W1989389248 cites W2153810740 @default.
- W1989389248 cites W2156354702 @default.
- W1989389248 cites W2159653257 @default.
- W1989389248 cites W2169730616 @default.
- W1989389248 cites W2177221443 @default.
- W1989389248 cites W2325669067 @default.
- W1989389248 cites W2417412648 @default.
- W1989389248 cites W4245303039 @default.
- W1989389248 doi "https://doi.org/10.1016/j.critrevonc.2006.12.002" @default.
- W1989389248 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/17241788" @default.
- W1989389248 hasPublicationYear "2007" @default.
- W1989389248 type Work @default.
- W1989389248 sameAs 1989389248 @default.
- W1989389248 citedByCount "15" @default.
- W1989389248 countsByYear W19893892482013 @default.
- W1989389248 countsByYear W19893892482015 @default.
- W1989389248 countsByYear W19893892482017 @default.
- W1989389248 crossrefType "journal-article" @default.