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- W2066957126 endingPage "537" @default.
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- W2066957126 abstract "While our understanding of the influence of biochemical signaling on cell functioning is increasing rapidly, the consequences of mechanical signaling are currently poorly understood. However, cells of the nervous system respond to their mechanical environment; their mechanosensitivity has important implications for development and disease. Atomic force microscopy provides a powerful technique to investigate the mechanical interaction of cells with their environment with high resolution. This method can be used to obtain high-resolution surface topographies, stiffness maps, and apply well-defined forces to samples at different length scales. This review summarizes recent advances of atomic force microscopy, provides an overview about state-of-the-art measurements, and suggests directions for future applications to investigate the involvement of mechanics in the development of the nervous system." @default.
- W2066957126 created "2016-06-24" @default.
- W2066957126 creator A5011821893 @default.
- W2066957126 date "2011-10-01" @default.
- W2066957126 modified "2023-10-18" @default.
- W2066957126 title "Atomic force microscopy and its contribution to understanding the development of the nervous system" @default.
- W2066957126 cites W1542333129 @default.
- W2066957126 cites W1584323995 @default.
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- W2066957126 cites W1967423878 @default.
- W2066957126 cites W1969264462 @default.
- W2066957126 cites W1969799489 @default.
- W2066957126 cites W1976368026 @default.
- W2066957126 cites W1976709402 @default.
- W2066957126 cites W1977341002 @default.
- W2066957126 cites W1978411440 @default.
- W2066957126 cites W1982100429 @default.
- W2066957126 cites W1982130586 @default.
- W2066957126 cites W1982627929 @default.
- W2066957126 cites W1986341797 @default.
- W2066957126 cites W1988183526 @default.
- W2066957126 cites W1988511295 @default.
- W2066957126 cites W1989149917 @default.
- W2066957126 cites W1996923164 @default.
- W2066957126 cites W1999808996 @default.
- W2066957126 cites W2002208031 @default.
- W2066957126 cites W2003873431 @default.
- W2066957126 cites W2008824708 @default.
- W2066957126 cites W2014088819 @default.
- W2066957126 cites W2017505769 @default.
- W2066957126 cites W2021997059 @default.
- W2066957126 cites W2029459341 @default.
- W2066957126 cites W2033015096 @default.
- W2066957126 cites W2033851816 @default.
- W2066957126 cites W2036934834 @default.
- W2066957126 cites W2037010885 @default.
- W2066957126 cites W2037283724 @default.
- W2066957126 cites W2038523703 @default.
- W2066957126 cites W2042532717 @default.
- W2066957126 cites W2045803922 @default.
- W2066957126 cites W2047439714 @default.
- W2066957126 cites W2048234880 @default.
- W2066957126 cites W2049309225 @default.
- W2066957126 cites W2052981647 @default.
- W2066957126 cites W2054635074 @default.
- W2066957126 cites W2055604817 @default.
- W2066957126 cites W2057272964 @default.
- W2066957126 cites W2058500387 @default.
- W2066957126 cites W2068648961 @default.
- W2066957126 cites W2068960459 @default.
- W2066957126 cites W2071969226 @default.
- W2066957126 cites W2072032462 @default.
- W2066957126 cites W2076181442 @default.
- W2066957126 cites W2082175215 @default.
- W2066957126 cites W2085838226 @default.
- W2066957126 cites W2088201509 @default.
- W2066957126 cites W2095301611 @default.
- W2066957126 cites W2098597343 @default.
- W2066957126 cites W2100041293 @default.
- W2066957126 cites W2109862641 @default.
- W2066957126 cites W2117133821 @default.
- W2066957126 cites W2119893531 @default.
- W2066957126 cites W2124817079 @default.
- W2066957126 cites W2125862744 @default.
- W2066957126 cites W2134208433 @default.
- W2066957126 cites W2137809380 @default.
- W2066957126 cites W2140746710 @default.
- W2066957126 cites W2144007430 @default.
- W2066957126 cites W2159051850 @default.
- W2066957126 cites W2159602937 @default.
- W2066957126 cites W2161867525 @default.
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- W2066957126 cites W2320031737 @default.
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- W2066957126 doi "https://doi.org/10.1016/j.gde.2011.07.001" @default.
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