Matches in SemOpenAlex for { <https://semopenalex.org/work/W2093065242> ?p ?o ?g. }
- W2093065242 endingPage "2417" @default.
- W2093065242 startingPage "2417" @default.
- W2093065242 abstract "In spite of the advantages associated with the molecular specificity of fluorescence imaging, there is still a significant need to augment these approaches with label-free imaging. Therefore, we have implemented a form of interference microscopy based upon phase-shifted, laser-feedback interferometry and developed an algorithm that can be used to separate the contribution of the elastically scattered light by sub-cellular structures from the reflection at the coverslip-buffer interface. The method offers an opportunity to probe protein aggregation, index of refraction variations and structure. We measure the topography and reflection from calibration spheres and from stress fibers and adhesions in both fixed and motile cells. Unlike the data acquired with reflection interference contrast microscopy, where the reflection from adhesions can appear dark, our approach demonstrates that these regions have high reflectivity. The data acquired from fixed and live cells show the presence of a dense actin layer located ≈ 100 nm above the coverslip interface. Finally, the measured dynamics of filopodia and the lamella in a live cell supports retrograde flow as the dominate mechanism responsible for filopodia retraction." @default.
- W2093065242 created "2016-06-24" @default.
- W2093065242 creator A5026479943 @default.
- W2093065242 creator A5084961837 @default.
- W2093065242 date "2011-07-27" @default.
- W2093065242 modified "2023-09-28" @default.
- W2093065242 title "Reflectivity and topography of cells grown on glass-coverslips measured with phase-shifted laser feedback interference microscopy" @default.
- W2093065242 cites W1552950144 @default.
- W2093065242 cites W1965003767 @default.
- W2093065242 cites W1968185295 @default.
- W2093065242 cites W1968687204 @default.
- W2093065242 cites W1972145831 @default.
- W2093065242 cites W1975243851 @default.
- W2093065242 cites W1978274966 @default.
- W2093065242 cites W1980552211 @default.
- W2093065242 cites W1983499742 @default.
- W2093065242 cites W1985445590 @default.
- W2093065242 cites W1986752048 @default.
- W2093065242 cites W1986812784 @default.
- W2093065242 cites W1987102926 @default.
- W2093065242 cites W1991815226 @default.
- W2093065242 cites W1992158925 @default.
- W2093065242 cites W1993006648 @default.
- W2093065242 cites W2002923469 @default.
- W2093065242 cites W2006697461 @default.
- W2093065242 cites W2010274527 @default.
- W2093065242 cites W2011182428 @default.
- W2093065242 cites W2012287502 @default.
- W2093065242 cites W2012589795 @default.
- W2093065242 cites W2012827007 @default.
- W2093065242 cites W2018171911 @default.
- W2093065242 cites W2027119097 @default.
- W2093065242 cites W2031040858 @default.
- W2093065242 cites W2031598065 @default.
- W2093065242 cites W2036707800 @default.
- W2093065242 cites W2038066421 @default.
- W2093065242 cites W2038634187 @default.
- W2093065242 cites W2039814541 @default.
- W2093065242 cites W2044895919 @default.
- W2093065242 cites W2050787878 @default.
- W2093065242 cites W2054455698 @default.
- W2093065242 cites W2060145049 @default.
- W2093065242 cites W2060712869 @default.
- W2093065242 cites W2062111367 @default.
- W2093065242 cites W2062349143 @default.
- W2093065242 cites W2064416009 @default.
- W2093065242 cites W2065925358 @default.
- W2093065242 cites W2066019912 @default.
- W2093065242 cites W2068469344 @default.
- W2093065242 cites W2071395813 @default.
- W2093065242 cites W2078943590 @default.
- W2093065242 cites W2080367104 @default.
- W2093065242 cites W2085767196 @default.
- W2093065242 cites W2087562826 @default.
- W2093065242 cites W2088871835 @default.
- W2093065242 cites W2091201282 @default.
- W2093065242 cites W2097950507 @default.
- W2093065242 cites W2105315411 @default.
- W2093065242 cites W2105809801 @default.
- W2093065242 cites W2109505295 @default.
- W2093065242 cites W2111444379 @default.
- W2093065242 cites W2117256141 @default.
- W2093065242 cites W2124236844 @default.
- W2093065242 cites W2127499771 @default.
- W2093065242 cites W2131142379 @default.
- W2093065242 cites W2137024559 @default.
- W2093065242 cites W2137933402 @default.
- W2093065242 cites W2148329395 @default.
- W2093065242 cites W2150375469 @default.
- W2093065242 cites W2160581130 @default.
- W2093065242 cites W2183371592 @default.
- W2093065242 cites W2402336340 @default.
- W2093065242 cites W4246485426 @default.
- W2093065242 cites W4253962116 @default.
- W2093065242 doi "https://doi.org/10.1364/boe.2.002417" @default.
- W2093065242 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/3149539" @default.
- W2093065242 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/21833378" @default.
- W2093065242 hasPublicationYear "2011" @default.
- W2093065242 type Work @default.
- W2093065242 sameAs 2093065242 @default.
- W2093065242 citedByCount "13" @default.
- W2093065242 countsByYear W20930652422012 @default.
- W2093065242 countsByYear W20930652422013 @default.
- W2093065242 countsByYear W20930652422014 @default.
- W2093065242 countsByYear W20930652422015 @default.
- W2093065242 countsByYear W20930652422016 @default.
- W2093065242 countsByYear W20930652422017 @default.
- W2093065242 countsByYear W20930652422018 @default.
- W2093065242 countsByYear W20930652422020 @default.
- W2093065242 countsByYear W20930652422022 @default.
- W2093065242 crossrefType "journal-article" @default.
- W2093065242 hasAuthorship W2093065242A5026479943 @default.
- W2093065242 hasAuthorship W2093065242A5084961837 @default.
- W2093065242 hasBestOaLocation W20930652421 @default.
- W2093065242 hasConcept C109986877 @default.
- W2093065242 hasConcept C120665830 @default.
- W2093065242 hasConcept C121332964 @default.
- W2093065242 hasConcept C125705527 @default.