Matches in SemOpenAlex for { <https://semopenalex.org/work/W4285136947> ?p ?o ?g. }
- W4285136947 endingPage "163" @default.
- W4285136947 startingPage "145" @default.
- W4285136947 abstract "The design and synthesis of biomaterials capable of affecting neovascularization have now formed as a big part of biomedicine. Therefore, researchers and scientists must have the necessary information about the pro- or antiangiogenic capacity of prepared substances before further applications. To date, various in vitro, ex vivo, and in vivo assays have been designed and developed for determining the angiogenic activity of biomolecules and biomaterials applied for biomedical strategies. Most of these assays rely on evaluating of behaviors of endothelial cells (ECs) in response to developed biomolecules and biomaterials since ECs play central roles in the vasculogenesis and angiogenesis process. As a fact of the matter, the proliferation rate, migration ability, and the tube formation potential of ECs may be altered after being imposed on pro- or antiangiogenic substances. Generally, in vitro assays evaluate a specific event (e.g., ECs’ proliferation) that happens during neovascularization and are useful for early detection of the process. On the other hand, ex vivo assays imitate in vivo conditions due to possessing pericytes and smooth muscle cells in addition to ECs as well as a surrounding matrix. Applying in vivo assays provides the opportunity to obtain more accurate and precise data similar to events that happen in a living organism. In this chapter, we aim to introduce the most commonly used in vitro, ex vivo, and in vivo detection assays for vasculogenesis and angiogenesis as well as discuss the advantages and disadvantages of each method in detail." @default.
- W4285136947 created "2022-07-14" @default.
- W4285136947 creator A5004407442 @default.
- W4285136947 creator A5039508175 @default.
- W4285136947 creator A5066699529 @default.
- W4285136947 date "2022-01-01" @default.
- W4285136947 modified "2023-10-16" @default.
- W4285136947 title "Detection assays for vasculogenesis and angiogenesis" @default.
- W4285136947 cites W1495287184 @default.
- W4285136947 cites W1516603921 @default.
- W4285136947 cites W1551620887 @default.
- W4285136947 cites W1679229092 @default.
- W4285136947 cites W1757875555 @default.
- W4285136947 cites W1871642698 @default.
- W4285136947 cites W1902334072 @default.
- W4285136947 cites W1972433834 @default.
- W4285136947 cites W1976598201 @default.
- W4285136947 cites W1989019868 @default.
- W4285136947 cites W1990525900 @default.
- W4285136947 cites W1992112921 @default.
- W4285136947 cites W2003112634 @default.
- W4285136947 cites W2005151288 @default.
- W4285136947 cites W2015186671 @default.
- W4285136947 cites W2017843215 @default.
- W4285136947 cites W2019819590 @default.
- W4285136947 cites W2020585843 @default.
- W4285136947 cites W2023121767 @default.
- W4285136947 cites W2025016054 @default.
- W4285136947 cites W2035996742 @default.
- W4285136947 cites W2041456436 @default.
- W4285136947 cites W2044752015 @default.
- W4285136947 cites W2046848104 @default.
- W4285136947 cites W2050841885 @default.
- W4285136947 cites W2052646991 @default.
- W4285136947 cites W2054056891 @default.
- W4285136947 cites W2054874597 @default.
- W4285136947 cites W2058103173 @default.
- W4285136947 cites W2059337726 @default.
- W4285136947 cites W2062186255 @default.
- W4285136947 cites W2063532891 @default.
- W4285136947 cites W2067992040 @default.
- W4285136947 cites W2071637341 @default.
- W4285136947 cites W2077023179 @default.
- W4285136947 cites W2077501711 @default.
- W4285136947 cites W2090052318 @default.
- W4285136947 cites W2094858086 @default.
- W4285136947 cites W2112251383 @default.
- W4285136947 cites W2117228071 @default.
- W4285136947 cites W2123490182 @default.
- W4285136947 cites W2126611738 @default.
- W4285136947 cites W2129574021 @default.
- W4285136947 cites W2130903931 @default.
- W4285136947 cites W2133940750 @default.
- W4285136947 cites W2143340268 @default.
- W4285136947 cites W2145258540 @default.
- W4285136947 cites W2146488945 @default.
- W4285136947 cites W2296679938 @default.
- W4285136947 cites W2332608659 @default.
- W4285136947 cites W2344328930 @default.
- W4285136947 cites W2466722586 @default.
- W4285136947 cites W2575770495 @default.
- W4285136947 cites W2626362463 @default.
- W4285136947 cites W2737188107 @default.
- W4285136947 cites W2742458382 @default.
- W4285136947 cites W2786389638 @default.
- W4285136947 cites W2789937235 @default.
- W4285136947 cites W2801214183 @default.
- W4285136947 cites W2803326208 @default.
- W4285136947 cites W2946688570 @default.
- W4285136947 cites W3034187300 @default.
- W4285136947 cites W3049290208 @default.
- W4285136947 cites W4237564926 @default.
- W4285136947 cites W4249388929 @default.
- W4285136947 cites W4255042798 @default.
- W4285136947 cites W71487439 @default.
- W4285136947 doi "https://doi.org/10.1016/b978-0-12-821867-9.00011-1" @default.
- W4285136947 hasPublicationYear "2022" @default.
- W4285136947 type Work @default.
- W4285136947 citedByCount "0" @default.
- W4285136947 crossrefType "book-chapter" @default.
- W4285136947 hasAuthorship W4285136947A5004407442 @default.
- W4285136947 hasAuthorship W4285136947A5039508175 @default.
- W4285136947 hasAuthorship W4285136947A5066699529 @default.
- W4285136947 hasConcept C123012128 @default.
- W4285136947 hasConcept C150903083 @default.
- W4285136947 hasConcept C185592680 @default.
- W4285136947 hasConcept C202751555 @default.
- W4285136947 hasConcept C207001950 @default.
- W4285136947 hasConcept C26291073 @default.
- W4285136947 hasConcept C2778271429 @default.
- W4285136947 hasConcept C2780394083 @default.
- W4285136947 hasConcept C502942594 @default.
- W4285136947 hasConcept C55493867 @default.
- W4285136947 hasConcept C60781801 @default.
- W4285136947 hasConcept C86803240 @default.
- W4285136947 hasConcept C95444343 @default.
- W4285136947 hasConceptScore W4285136947C123012128 @default.
- W4285136947 hasConceptScore W4285136947C150903083 @default.