Matches in SemOpenAlex for { <https://semopenalex.org/work/W3045543979> ?p ?o ?g. }
- W3045543979 endingPage "9" @default.
- W3045543979 startingPage "1" @default.
- W3045543979 abstract "Physical stimuli are crucial for the structural and functional maturation of tissues both in vivo and in vitro. In tissue engineering applications, bioreactors have become fundamental and effective tools for providing biomimetic culture conditions that recapitulate the native physical stimuli. In addition, bioreactors play a key role in assuring strict control, automation, and standardization in the production process of cell-based products for future clinical application. In this study, a compact, easy-to-use, tunable stretch bioreactor is proposed. Based on customizable and low-cost technological solutions, the bioreactor was designed for providing tunable mechanical stretch for biomimetic dynamic culture of different engineered tissues. In-house validation tests demonstrated the accuracy and repeatability of the imposed mechanical stimulation. Proof of concepts biological tests performed on engineered cardiac constructs, based on decellularized human skin scaffolds seeded with human cardiac progenitor cells, confirmed the bioreactor Good Laboratory Practice compliance and ease of use, and the effectiveness of the delivered cyclic stretch stimulation on the cardiac construct maturation." @default.
- W3045543979 created "2020-08-03" @default.
- W3045543979 creator A5010365778 @default.
- W3045543979 creator A5014606969 @default.
- W3045543979 creator A5024533905 @default.
- W3045543979 creator A5027700761 @default.
- W3045543979 creator A5034320441 @default.
- W3045543979 creator A5042356408 @default.
- W3045543979 creator A5063304847 @default.
- W3045543979 creator A5069240076 @default.
- W3045543979 creator A5073331917 @default.
- W3045543979 creator A5082045616 @default.
- W3045543979 creator A5086543103 @default.
- W3045543979 creator A5088310062 @default.
- W3045543979 date "2020-10-01" @default.
- W3045543979 modified "2023-10-02" @default.
- W3045543979 title "Compact and tunable stretch bioreactor advancing tissue engineering implementation. Application to engineered cardiac constructs" @default.
- W3045543979 cites W1012521920 @default.
- W3045543979 cites W1541339272 @default.
- W3045543979 cites W1832011926 @default.
- W3045543979 cites W1840872282 @default.
- W3045543979 cites W1851731525 @default.
- W3045543979 cites W1967188390 @default.
- W3045543979 cites W1969415648 @default.
- W3045543979 cites W1969832018 @default.
- W3045543979 cites W1972408351 @default.
- W3045543979 cites W1974388426 @default.
- W3045543979 cites W1974554681 @default.
- W3045543979 cites W1982774586 @default.
- W3045543979 cites W1998646921 @default.
- W3045543979 cites W2005840935 @default.
- W3045543979 cites W2006116096 @default.
- W3045543979 cites W2009329190 @default.
- W3045543979 cites W2012230802 @default.
- W3045543979 cites W2017027740 @default.
- W3045543979 cites W2018474760 @default.
- W3045543979 cites W2019037987 @default.
- W3045543979 cites W2036122797 @default.
- W3045543979 cites W2037917373 @default.
- W3045543979 cites W2048015545 @default.
- W3045543979 cites W2051075021 @default.
- W3045543979 cites W2055588361 @default.
- W3045543979 cites W2086269269 @default.
- W3045543979 cites W2087578260 @default.
- W3045543979 cites W2096237299 @default.
- W3045543979 cites W2096953940 @default.
- W3045543979 cites W2097033808 @default.
- W3045543979 cites W2108790760 @default.
- W3045543979 cites W2109995938 @default.
- W3045543979 cites W2110549425 @default.
- W3045543979 cites W2137428973 @default.
- W3045543979 cites W2160205751 @default.
- W3045543979 cites W2166044024 @default.
- W3045543979 cites W2166781633 @default.
- W3045543979 cites W2406043282 @default.
- W3045543979 cites W2415773322 @default.
- W3045543979 cites W2509734256 @default.
- W3045543979 cites W2535579130 @default.
- W3045543979 cites W2596186147 @default.
- W3045543979 cites W2605262529 @default.
- W3045543979 cites W2725351602 @default.
- W3045543979 cites W2748550946 @default.
- W3045543979 cites W2801530651 @default.
- W3045543979 cites W2805709296 @default.
- W3045543979 cites W2809198193 @default.
- W3045543979 cites W2820932019 @default.
- W3045543979 cites W2887500234 @default.
- W3045543979 cites W2889316136 @default.
- W3045543979 cites W2891077138 @default.
- W3045543979 cites W2893063125 @default.
- W3045543979 cites W2898261414 @default.
- W3045543979 cites W2904444744 @default.
- W3045543979 cites W2905336437 @default.
- W3045543979 cites W2937237681 @default.
- W3045543979 cites W2938356557 @default.
- W3045543979 cites W2940084731 @default.
- W3045543979 cites W2940151469 @default.
- W3045543979 cites W2949263478 @default.
- W3045543979 cites W2979180825 @default.
- W3045543979 cites W3012301331 @default.
- W3045543979 cites W823104728 @default.
- W3045543979 cites W944527232 @default.
- W3045543979 doi "https://doi.org/10.1016/j.medengphy.2020.07.018" @default.
- W3045543979 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/32977905" @default.
- W3045543979 hasPublicationYear "2020" @default.
- W3045543979 type Work @default.
- W3045543979 sameAs 3045543979 @default.
- W3045543979 citedByCount "14" @default.
- W3045543979 countsByYear W30455439792020 @default.
- W3045543979 countsByYear W30455439792021 @default.
- W3045543979 countsByYear W30455439792022 @default.
- W3045543979 countsByYear W30455439792023 @default.
- W3045543979 crossrefType "journal-article" @default.
- W3045543979 hasAuthorship W3045543979A5010365778 @default.
- W3045543979 hasAuthorship W3045543979A5014606969 @default.
- W3045543979 hasAuthorship W3045543979A5024533905 @default.
- W3045543979 hasAuthorship W3045543979A5027700761 @default.
- W3045543979 hasAuthorship W3045543979A5034320441 @default.