FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1997722250> ?p ?o ?g. }

• W1997722250 endingPage "2398" @default.
• W1997722250 startingPage "2389" @default.
• W1997722250 abstract "Nanofiber scaffolds are effective for tissue engineering since they emulate the fibrous nanostructure of native extracellular matrix (ECM). Although electrospinning has been the most common approach for fabricating nanofiber scaffolds, airbrushing approaches have also been advanced for making nanofibers. For airbrushing, compressed gas is used to blow polymer solution through a small nozzle which shears the polymer solution into fibers. Our goals were 1) to assess the versatility of airbrushing, 2) to compare the properties of airbrushed and electrospun nanofiber scaffolds and 3) to test the ability of airbrushed nanofibers to support stem cell differentiation . The results demonstrated that airbrushing could produce nanofibers from a wide range of polymers and onto a wide range of targets. Airbrushing was safer, 10-fold faster, 100-fold less expensive to set-up and able to deposit nanofibers onto a broader range of targets than electrospinning. Airbrushing yielded nanofibers that formed loosely packed bundles of aligned nanofibers , while electrospinning produced un-aligned, single nanofibers that were tightly packed and highly entangled. Airbrushed nanofiber mats had larger pores, higher porosity and lower modulus than electrospun mats , results that were likely caused by the differences in morphology (nanofiber packing and entanglement). Airbrushed nanofiber scaffolds fabricated from 4 different polymers were each able to support osteogenic differentiation of primary human bone marrow stromal cells (hBMSCs). Finally, the differences in airbrushed versus electrospun nanofiber morphology caused differences in hBMSC shape where cells had a smaller spread area and a smaller volume on airbrushed nanofiber scaffolds. These results highlight the advantages and disadvantages of airbrushing versus electrospinning nanofiber scaffolds and demonstrate that airbrushed nanofiber scaffolds can support stem cell differentiation." @default.
• W1997722250 created "2016-06-24" @default.
• W1997722250 creator A5012934002 @default.
• W1997722250 creator A5040017990 @default.
• W1997722250 creator A5043453199 @default.
• W1997722250 creator A5049855626 @default.
• W1997722250 creator A5051329237 @default.
• W1997722250 creator A5054334390 @default.
• W1997722250 creator A5056974200 @default.
• W1997722250 creator A5066033837 @default.
• W1997722250 creator A5090748516 @default.
• W1997722250 date "2013-03-01" @default.
• W1997722250 modified "2023-10-16" @default.
• W1997722250 title "The support of bone marrow stromal cell differentiation by airbrushed nanofiber scaffolds" @default.
• W1997722250 cites W109015732 @default.
• W1997722250 cites W1973422187 @default.
• W1997722250 cites W1976632391 @default.
• W1997722250 cites W1977171469 @default.
• W1997722250 cites W1977894565 @default.
• W1997722250 cites W1978332500 @default.
• W1997722250 cites W1988223546 @default.
• W1997722250 cites W1990082231 @default.
• W1997722250 cites W1997155790 @default.
• W1997722250 cites W2001798103 @default.
• W1997722250 cites W2006867096 @default.
• W1997722250 cites W2009251478 @default.
• W1997722250 cites W2018459010 @default.
• W1997722250 cites W2023965881 @default.
• W1997722250 cites W2025371271 @default.
• W1997722250 cites W2030254772 @default.
• W1997722250 cites W2032195777 @default.
• W1997722250 cites W2033943598 @default.
• W1997722250 cites W2041842103 @default.
• W1997722250 cites W2043226014 @default.
• W1997722250 cites W2050794411 @default.
• W1997722250 cites W2055137058 @default.
• W1997722250 cites W2055630021 @default.
• W1997722250 cites W2058096164 @default.
• W1997722250 cites W2062465982 @default.
• W1997722250 cites W2063753069 @default.
• W1997722250 cites W2080558953 @default.
• W1997722250 cites W2083236922 @default.
• W1997722250 cites W2084495529 @default.
• W1997722250 cites W2113852822 @default.
• W1997722250 cites W2121249997 @default.
• W1997722250 cites W2126528035 @default.
• W1997722250 cites W2126598930 @default.
• W1997722250 cites W2140062330 @default.
• W1997722250 cites W2144023435 @default.
• W1997722250 cites W2144849618 @default.
• W1997722250 cites W2161061014 @default.
• W1997722250 cites W4246818002 @default.
• W1997722250 doi "https://doi.org/10.1016/j.biomaterials.2012.12.020" @default.
• W1997722250 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/23312903" @default.
• W1997722250 hasPublicationYear "2013" @default.
• W1997722250 type Work @default.
• W1997722250 sameAs 1997722250 @default.
• W1997722250 citedByCount "135" @default.
• W1997722250 countsByYear W19977222502013 @default.
• W1997722250 countsByYear W19977222502014 @default.
• W1997722250 countsByYear W19977222502015 @default.
• W1997722250 countsByYear W19977222502016 @default.
• W1997722250 countsByYear W19977222502017 @default.
• W1997722250 countsByYear W19977222502018 @default.
• W1997722250 countsByYear W19977222502019 @default.
• W1997722250 countsByYear W19977222502020 @default.
• W1997722250 countsByYear W19977222502021 @default.
• W1997722250 countsByYear W19977222502022 @default.
• W1997722250 countsByYear W19977222502023 @default.
• W1997722250 crossrefType "journal-article" @default.
• W1997722250 hasAuthorship W1997722250A5012934002 @default.
• W1997722250 hasAuthorship W1997722250A5040017990 @default.
• W1997722250 hasAuthorship W1997722250A5043453199 @default.
• W1997722250 hasAuthorship W1997722250A5049855626 @default.
• W1997722250 hasAuthorship W1997722250A5051329237 @default.
• W1997722250 hasAuthorship W1997722250A5054334390 @default.
• W1997722250 hasAuthorship W1997722250A5056974200 @default.
• W1997722250 hasAuthorship W1997722250A5066033837 @default.
• W1997722250 hasAuthorship W1997722250A5090748516 @default.
• W1997722250 hasConcept C136229726 @default.
• W1997722250 hasConcept C144796933 @default.
• W1997722250 hasConcept C159985019 @default.
• W1997722250 hasConcept C171250308 @default.
• W1997722250 hasConcept C192562407 @default.
• W1997722250 hasConcept C49892992 @default.
• W1997722250 hasConcept C521977710 @default.
• W1997722250 hasConcept C71924100 @default.
• W1997722250 hasConcept C91129048 @default.
• W1997722250 hasConceptScore W1997722250C136229726 @default.
• W1997722250 hasConceptScore W1997722250C144796933 @default.
• W1997722250 hasConceptScore W1997722250C159985019 @default.
• W1997722250 hasConceptScore W1997722250C171250308 @default.
• W1997722250 hasConceptScore W1997722250C192562407 @default.
• W1997722250 hasConceptScore W1997722250C49892992 @default.
• W1997722250 hasConceptScore W1997722250C521977710 @default.
• W1997722250 hasConceptScore W1997722250C71924100 @default.
• W1997722250 hasConceptScore W1997722250C91129048 @default.
• W1997722250 hasIssue "10" @default.

• next