Matches in SemOpenAlex for { <https://semopenalex.org/work/W105465923> ?p ?o ?g. }
- W105465923 endingPage "141" @default.
- W105465923 startingPage "119" @default.
- W105465923 abstract "The lymphatic vascular system—amongst other tasks—is critically involved in the regulation of adaptive immune responses as it provides an important route for APC trafficking to secondary lymphatic organs. In this context, the cornea, which is the transparent and physiologically avascular “windscreen” of the eye, has served as an excellent in vivo model to study the role of the blood and lymphatic vasculature in mediating allogenic immune responses after transplantation. Especially the mouse model of high-risk corneal transplantation, where corneal avascularity is abolished by a severe inflammatory stimulus prior to keratoplasty, allows for comparison to other transplantations performed in primarily vascularized tissues and solid organs. Using this model, we recently demonstrated that especially lymphatic vessels, but not blood vessels, define the high-risk status of vascularized corneas and that anti(lymph)angiogenic treatment significantly promotes corneal allograft survival. Since evidence for lymphangiogenesis and its potential association with graft rejection is nowadays also present in solid organ transplantation, studies are currently addressing the potential benefits of anti(lymph)angiogenic treatment as a novel therapeutic concept also in solid organ grafting with promising initial results." @default.
- W105465923 created "2016-06-24" @default.
- W105465923 creator A5069585349 @default.
- W105465923 creator A5085296140 @default.
- W105465923 date "2013-11-01" @default.
- W105465923 modified "2023-09-27" @default.
- W105465923 title "Lymphatic Vessels in the Development of Tissue and Organ Rejection" @default.
- W105465923 cites W1518877530 @default.
- W105465923 cites W1582706141 @default.
- W105465923 cites W166353499 @default.
- W105465923 cites W1966468765 @default.
- W105465923 cites W1967415740 @default.
- W105465923 cites W1967994686 @default.
- W105465923 cites W1977145880 @default.
- W105465923 cites W1981934908 @default.
- W105465923 cites W1987712040 @default.
- W105465923 cites W1990397991 @default.
- W105465923 cites W1990415317 @default.
- W105465923 cites W1991298929 @default.
- W105465923 cites W1992101966 @default.
- W105465923 cites W1995139895 @default.
- W105465923 cites W1996430880 @default.
- W105465923 cites W1996863604 @default.
- W105465923 cites W1998775593 @default.
- W105465923 cites W2001561950 @default.
- W105465923 cites W2003566453 @default.
- W105465923 cites W2006323394 @default.
- W105465923 cites W2007842235 @default.
- W105465923 cites W2009340556 @default.
- W105465923 cites W2009868973 @default.
- W105465923 cites W2017529362 @default.
- W105465923 cites W2018492373 @default.
- W105465923 cites W2019889045 @default.
- W105465923 cites W2021503466 @default.
- W105465923 cites W2022303441 @default.
- W105465923 cites W2022985798 @default.
- W105465923 cites W2023256598 @default.
- W105465923 cites W2027067548 @default.
- W105465923 cites W2028267966 @default.
- W105465923 cites W2029680598 @default.
- W105465923 cites W2033388509 @default.
- W105465923 cites W2034395784 @default.
- W105465923 cites W2035456945 @default.
- W105465923 cites W2037380046 @default.
- W105465923 cites W2037626596 @default.
- W105465923 cites W2037958449 @default.
- W105465923 cites W2039754932 @default.
- W105465923 cites W2040925025 @default.
- W105465923 cites W2041025133 @default.
- W105465923 cites W2047395977 @default.
- W105465923 cites W2060113755 @default.
- W105465923 cites W2065957571 @default.
- W105465923 cites W2068557387 @default.
- W105465923 cites W2070037585 @default.
- W105465923 cites W2071980849 @default.
- W105465923 cites W2072669769 @default.
- W105465923 cites W2074196937 @default.
- W105465923 cites W2079077850 @default.
- W105465923 cites W2081487051 @default.
- W105465923 cites W2082867958 @default.
- W105465923 cites W2084687532 @default.
- W105465923 cites W2090093512 @default.
- W105465923 cites W2092405760 @default.
- W105465923 cites W2098643940 @default.
- W105465923 cites W2099703857 @default.
- W105465923 cites W2123308947 @default.
- W105465923 cites W2124152040 @default.
- W105465923 cites W2125621940 @default.
- W105465923 cites W2127568556 @default.
- W105465923 cites W213324783 @default.
- W105465923 cites W2136992496 @default.
- W105465923 cites W2138853264 @default.
- W105465923 cites W2141348313 @default.
- W105465923 cites W2148371571 @default.
- W105465923 cites W2149057253 @default.
- W105465923 cites W2151952748 @default.
- W105465923 cites W2155303524 @default.
- W105465923 cites W2163380226 @default.
- W105465923 cites W2166841658 @default.
- W105465923 cites W2169390260 @default.
- W105465923 cites W2170743955 @default.
- W105465923 cites W2317446055 @default.
- W105465923 doi "https://doi.org/10.1007/978-3-7091-1646-3_10" @default.
- W105465923 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/24276891" @default.
- W105465923 hasPublicationYear "2013" @default.
- W105465923 type Work @default.
- W105465923 sameAs 105465923 @default.
- W105465923 citedByCount "36" @default.
- W105465923 countsByYear W1054659232014 @default.
- W105465923 countsByYear W1054659232015 @default.
- W105465923 countsByYear W1054659232016 @default.
- W105465923 countsByYear W1054659232017 @default.
- W105465923 countsByYear W1054659232018 @default.
- W105465923 countsByYear W1054659232019 @default.
- W105465923 countsByYear W1054659232020 @default.
- W105465923 countsByYear W1054659232021 @default.
- W105465923 countsByYear W1054659232022 @default.
- W105465923 countsByYear W1054659232023 @default.