Matches in SemOpenAlex for { <https://semopenalex.org/work/W2145482910> ?p ?o ?g. }
- W2145482910 endingPage "45" @default.
- W2145482910 startingPage "31" @default.
- W2145482910 abstract "Nerve diseases including acute injury such as peripheral nerve injury (PNI), spinal cord injury (SCI) and traumatic brain injury (TBI), and chronic disease like neurodegeneration disease can cause various function disorders of nervous system, such as those relating to memory and voluntary movement. These nerve diseases produce great burden for individual families and the society, for which a lot of efforts have been made. Axonal pathways represent a unidirectional and aligned architecture allowing systematic axonal development within the tissue. Following a traumatic injury, the intricate architecture suffers disruption leading to inhibition of growth and loss of guidance. Due to limited capacity of the body to regenerate axonal pathways, it is desirable to have biomimetic approach that has the capacity to graft a bridge across the lesion while providing optimal mechanical and biochemical cues for tissue regeneration. And for central nervous system injury, one more extra precondition is compulsory: creating a less inhibitory surrounding for axonal growth. Electrospinning is a cost-effective and straightforward technique to fabricate extracellular matrix (ECM)-like nanofibrous structures, with various fibrous forms such as random fibers, aligned fibers, 3D fibrous scaffold and core-shell fibers from a variety of polymers. The diversity and versatility of electrospinning technique, together with functionalizing cues such as neurotrophins, ECM-based proteins and conductive polymers, have gained considerable success for the nerve tissue applications. We are convinced that in the future the stem cell therapy with the support of functionalized electrospun nerve scaffolds could be a promising therapy to cure nerve diseases." @default.
- W2145482910 created "2016-06-24" @default.
- W2145482910 creator A5034165453 @default.
- W2145482910 creator A5058677112 @default.
- W2145482910 creator A5082642098 @default.
- W2145482910 date "2015-01-12" @default.
- W2145482910 modified "2023-10-07" @default.
- W2145482910 title "Strategies for regeneration of components of nervous system: scaffolds, cells and biomolecules" @default.
- W2145482910 cites W11396428 @default.
- W2145482910 cites W11898488 @default.
- W2145482910 cites W119231374 @default.
- W2145482910 cites W133282222 @default.
- W2145482910 cites W1505245215 @default.
- W2145482910 cites W1520969765 @default.
- W2145482910 cites W1574222606 @default.
- W2145482910 cites W1594818646 @default.
- W2145482910 cites W1595834812 @default.
- W2145482910 cites W1760881456 @default.
- W2145482910 cites W1839985582 @default.
- W2145482910 cites W1872308208 @default.
- W2145482910 cites W1936907941 @default.
- W2145482910 cites W1937841576 @default.
- W2145482910 cites W1966990574 @default.
- W2145482910 cites W1967958787 @default.
- W2145482910 cites W1968703351 @default.
- W2145482910 cites W1970218853 @default.
- W2145482910 cites W1972849437 @default.
- W2145482910 cites W1973856586 @default.
- W2145482910 cites W1975231868 @default.
- W2145482910 cites W1978325648 @default.
- W2145482910 cites W1979447754 @default.
- W2145482910 cites W1980410734 @default.
- W2145482910 cites W1981225176 @default.
- W2145482910 cites W1982010718 @default.
- W2145482910 cites W1982240728 @default.
- W2145482910 cites W1983030668 @default.
- W2145482910 cites W1983891257 @default.
- W2145482910 cites W1986789374 @default.
- W2145482910 cites W1987152043 @default.
- W2145482910 cites W1987247505 @default.
- W2145482910 cites W1988718388 @default.
- W2145482910 cites W1990514899 @default.
- W2145482910 cites W1990918954 @default.
- W2145482910 cites W1991923884 @default.
- W2145482910 cites W1992089109 @default.
- W2145482910 cites W1992137840 @default.
- W2145482910 cites W1992289669 @default.
- W2145482910 cites W1994072220 @default.
- W2145482910 cites W1994556000 @default.
- W2145482910 cites W1995506386 @default.
- W2145482910 cites W1995621200 @default.
- W2145482910 cites W1996719014 @default.
- W2145482910 cites W1997834653 @default.
- W2145482910 cites W2000623368 @default.
- W2145482910 cites W2001599007 @default.
- W2145482910 cites W2004311396 @default.
- W2145482910 cites W2005327608 @default.
- W2145482910 cites W2005600057 @default.
- W2145482910 cites W2006225923 @default.
- W2145482910 cites W2009178440 @default.
- W2145482910 cites W2010339589 @default.
- W2145482910 cites W2011640246 @default.
- W2145482910 cites W2012505419 @default.
- W2145482910 cites W2013455696 @default.
- W2145482910 cites W2014286106 @default.
- W2145482910 cites W2016143218 @default.
- W2145482910 cites W2016442771 @default.
- W2145482910 cites W2017953905 @default.
- W2145482910 cites W2018484185 @default.
- W2145482910 cites W2019961134 @default.
- W2145482910 cites W2021133803 @default.
- W2145482910 cites W2022549449 @default.
- W2145482910 cites W2023169078 @default.
- W2145482910 cites W2025257823 @default.
- W2145482910 cites W2026990820 @default.
- W2145482910 cites W2027981009 @default.
- W2145482910 cites W2028840661 @default.
- W2145482910 cites W2029259783 @default.
- W2145482910 cites W2030786654 @default.
- W2145482910 cites W2031656577 @default.
- W2145482910 cites W2031862251 @default.
- W2145482910 cites W2032304318 @default.
- W2145482910 cites W2034829192 @default.
- W2145482910 cites W2036817069 @default.
- W2145482910 cites W2038344135 @default.
- W2145482910 cites W2038360740 @default.
- W2145482910 cites W2039853760 @default.
- W2145482910 cites W2040048481 @default.
- W2145482910 cites W2040281629 @default.
- W2145482910 cites W2040357788 @default.
- W2145482910 cites W2040394154 @default.
- W2145482910 cites W2042296149 @default.
- W2145482910 cites W2042377063 @default.
- W2145482910 cites W2043310171 @default.
- W2145482910 cites W2045744140 @default.
- W2145482910 cites W2046430596 @default.
- W2145482910 cites W2047474906 @default.
- W2145482910 cites W2047522742 @default.