FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2284703373> ?p ?o ?g. }

• W2284703373 endingPage "321" @default.
• W2284703373 startingPage "311" @default.
• W2284703373 abstract "Ultrasound techniques are increasingly being used to quantitatively characterize both native and engineered tissues. This review provides an overview and selected examples of the main techniques used in these applications. Grayscale imaging has been used to characterize extracellular matrix deposition, and quantitative ultrasound imaging based on the integrated backscatter coefficient has been applied to estimating cell concentrations and matrix morphology in tissue engineering. Spectral analysis has been employed to characterize the concentration and spatial distribution of mineral particles in a construct, as well as to monitor mineral deposition by cells over time. Ultrasound techniques have also been used to measure the mechanical properties of native and engineered tissues. Conventional ultrasound elasticity imaging and acoustic radiation force imaging have been applied to detect regions of altered stiffness within tissues. Sonorheometry and monitoring of steady-state excitation and recovery have been used to characterize viscoelastic properties of tissue using a single transducer to both deform and image the sample. Dual-mode ultrasound elastography uses separate ultrasound transducers to produce a more potent deformation force to microscale characterization of viscoelasticity of hydrogel constructs. These ultrasound-based techniques have high potential to impact the field of tissue engineering as they are further developed and their range of applications expands." @default.
• W2284703373 created "2016-06-24" @default.
• W2284703373 creator A5033704679 @default.
• W2284703373 creator A5044948841 @default.
• W2284703373 creator A5073684130 @default.
• W2284703373 date "2016-08-01" @default.
• W2284703373 modified "2023-10-16" @default.
• W2284703373 title "Ultrasound Imaging Techniques for Spatiotemporal Characterization of Composition, Microstructure, and Mechanical Properties in Tissue Engineering" @default.
• W2284703373 cites W131800491 @default.
• W2284703373 cites W182540597 @default.
• W2284703373 cites W1963654190 @default.
• W2284703373 cites W1971582044 @default.
• W2284703373 cites W1973065645 @default.
• W2284703373 cites W1974915238 @default.
• W2284703373 cites W1975720861 @default.
• W2284703373 cites W1992737688 @default.
• W2284703373 cites W1996734568 @default.
• W2284703373 cites W2006935587 @default.
• W2284703373 cites W2012211342 @default.
• W2284703373 cites W2012789392 @default.
• W2284703373 cites W2013418965 @default.
• W2284703373 cites W2024594269 @default.
• W2284703373 cites W2026249247 @default.
• W2284703373 cites W2029594455 @default.
• W2284703373 cites W2039604136 @default.
• W2284703373 cites W2040332898 @default.
• W2284703373 cites W2041288939 @default.
• W2284703373 cites W2044072140 @default.
• W2284703373 cites W2047850688 @default.
• W2284703373 cites W2048848735 @default.
• W2284703373 cites W2052233025 @default.
• W2284703373 cites W2052996635 @default.
• W2284703373 cites W2054701334 @default.
• W2284703373 cites W2056486884 @default.
• W2284703373 cites W2060654102 @default.
• W2284703373 cites W2061944502 @default.
• W2284703373 cites W2062364010 @default.
• W2284703373 cites W2062539159 @default.
• W2284703373 cites W2067723518 @default.
• W2284703373 cites W2068575272 @default.
• W2284703373 cites W2069940108 @default.
• W2284703373 cites W2071307647 @default.
• W2284703373 cites W2074501348 @default.
• W2284703373 cites W2077737620 @default.
• W2284703373 cites W2082203534 @default.
• W2284703373 cites W2085226601 @default.
• W2284703373 cites W2086745217 @default.
• W2284703373 cites W2095567475 @default.
• W2284703373 cites W2097392662 @default.
• W2284703373 cites W2099916373 @default.
• W2284703373 cites W2104933551 @default.
• W2284703373 cites W2109286340 @default.
• W2284703373 cites W2111250044 @default.
• W2284703373 cites W2112126402 @default.
• W2284703373 cites W2115779572 @default.
• W2284703373 cites W2117386296 @default.
• W2284703373 cites W2124208699 @default.
• W2284703373 cites W2128824469 @default.
• W2284703373 cites W2129543356 @default.
• W2284703373 cites W2131116033 @default.
• W2284703373 cites W2132996868 @default.
• W2284703373 cites W2136510182 @default.
• W2284703373 cites W2143234653 @default.
• W2284703373 cites W2143503408 @default.
• W2284703373 cites W2143678134 @default.
• W2284703373 cites W2149663422 @default.
• W2284703373 cites W2155834236 @default.
• W2284703373 cites W2156117604 @default.
• W2284703373 cites W2157238234 @default.
• W2284703373 cites W2159451556 @default.
• W2284703373 cites W2170916038 @default.
• W2284703373 cites W2188792920 @default.
• W2284703373 cites W2327802402 @default.
• W2284703373 cites W2340646686 @default.
• W2284703373 cites W4251957920 @default.
• W2284703373 cites W650483871 @default.
• W2284703373 cites W2160107963 @default.
• W2284703373 doi "https://doi.org/10.1089/ten.teb.2015.0453" @default.
• W2284703373 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/4964754" @default.
• W2284703373 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/26771992" @default.
• W2284703373 hasPublicationYear "2016" @default.
• W2284703373 type Work @default.
• W2284703373 sameAs 2284703373 @default.
• W2284703373 citedByCount "35" @default.
• W2284703373 countsByYear W22847033732016 @default.
• W2284703373 countsByYear W22847033732017 @default.
• W2284703373 countsByYear W22847033732018 @default.
• W2284703373 countsByYear W22847033732019 @default.
• W2284703373 countsByYear W22847033732020 @default.
• W2284703373 countsByYear W22847033732021 @default.
• W2284703373 countsByYear W22847033732022 @default.
• W2284703373 countsByYear W22847033732023 @default.
• W2284703373 crossrefType "journal-article" @default.
• W2284703373 hasAuthorship W2284703373A5033704679 @default.
• W2284703373 hasAuthorship W2284703373A5044948841 @default.
• W2284703373 hasAuthorship W2284703373A5073684130 @default.
• W2284703373 hasBestOaLocation W22847033732 @default.
• W2284703373 hasConcept C121332964 @default.

• next