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- W2800680820 endingPage "35" @default.
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- W2800680820 abstract "Biohybrids can be defined as the functional combination of proteins, viable cells or microorganisms with non-biological materials. This article reviews recent findings on the encapsulation of microorganisms and eukaryotic cells in inorganic matrices such as silica gels or cements. The entrapment of biological entities into a support material is of great benefit for processing since the encapsulation matrix protects sensitive cells from shear forces, unfavourable pH changes, or cytotoxic solvents, avoids culture-washout, and simplifies the separation of formed products. After reflecting general aspects of such an immobilization as well as the chemistry of the inorganic matrices, we focused on manufacturing aspects and the application of such biohybrids in biotechnology, medicine as well as in environmental science and for civil engineering purpose. The encapsulation of living cells and microorganisms became an intensively studied and rapidly expanding research field with manifold applications in medicine, bio- and environmental technology, or civil engineering. Here, the use of silica or cements as encapsulation matrices have the advantage of a higher chemical and mechanical resistance towards harsh environmental conditions during processing compared to their polymeric counterparts. In this perspective, the article gives an overview about the inorganic material systems used for cell encapsulation, followed by reviewing the most important applications. The future may lay in a combination of the currently achieved biohybrid systems with additive manufacturing techniques. In a longer perspective, this would enable the direct printing of cell loaded bioreactor components." @default.
- W2800680820 created "2018-05-17" @default.
- W2800680820 creator A5017257466 @default.
- W2800680820 creator A5027324253 @default.
- W2800680820 creator A5066398264 @default.
- W2800680820 creator A5069343339 @default.
- W2800680820 creator A5071274944 @default.
- W2800680820 date "2018-07-01" @default.
- W2800680820 modified "2023-10-15" @default.
- W2800680820 title "Artificial inorganic biohybrids: The functional combination of microorganisms and cells with inorganic materials" @default.
- W2800680820 cites W1142671946 @default.
- W2800680820 cites W14825631 @default.
- W2800680820 cites W1508572263 @default.
- W2800680820 cites W1516120828 @default.
- W2800680820 cites W1516596981 @default.
- W2800680820 cites W1518486984 @default.
- W2800680820 cites W1917978662 @default.
- W2800680820 cites W1964987026 @default.
- W2800680820 cites W1966251881 @default.
- W2800680820 cites W1966488528 @default.
- W2800680820 cites W1967714502 @default.
- W2800680820 cites W1971919601 @default.
- W2800680820 cites W1972686971 @default.
- W2800680820 cites W1974008288 @default.
- W2800680820 cites W1974713821 @default.
- W2800680820 cites W1975219840 @default.
- W2800680820 cites W1976567652 @default.
- W2800680820 cites W1979780421 @default.
- W2800680820 cites W1983773600 @default.
- W2800680820 cites W1984027946 @default.
- W2800680820 cites W1985172410 @default.
- W2800680820 cites W1985470384 @default.
- W2800680820 cites W1985524224 @default.
- W2800680820 cites W1986045474 @default.
- W2800680820 cites W1986366733 @default.
- W2800680820 cites W1987690788 @default.
- W2800680820 cites W1988374761 @default.
- W2800680820 cites W1988844265 @default.
- W2800680820 cites W1989928077 @default.
- W2800680820 cites W1991913852 @default.
- W2800680820 cites W1992044897 @default.
- W2800680820 cites W1992230032 @default.
- W2800680820 cites W1992827000 @default.
- W2800680820 cites W1993200551 @default.
- W2800680820 cites W1995491752 @default.
- W2800680820 cites W1996386680 @default.
- W2800680820 cites W1996777002 @default.
- W2800680820 cites W1997096180 @default.
- W2800680820 cites W1997260160 @default.
- W2800680820 cites W1999534701 @default.
- W2800680820 cites W2000150779 @default.
- W2800680820 cites W2000255362 @default.
- W2800680820 cites W2001859524 @default.
- W2800680820 cites W2002138776 @default.
- W2800680820 cites W2004027933 @default.
- W2800680820 cites W2004736016 @default.
- W2800680820 cites W2005903195 @default.
- W2800680820 cites W2006956023 @default.
- W2800680820 cites W2009618456 @default.
- W2800680820 cites W2011515721 @default.
- W2800680820 cites W2015005238 @default.
- W2800680820 cites W2021061317 @default.
- W2800680820 cites W2021875801 @default.
- W2800680820 cites W2022228180 @default.
- W2800680820 cites W2022921926 @default.
- W2800680820 cites W2023070975 @default.
- W2800680820 cites W2027432882 @default.
- W2800680820 cites W2028077995 @default.
- W2800680820 cites W2028269721 @default.
- W2800680820 cites W2029358309 @default.
- W2800680820 cites W2029632995 @default.
- W2800680820 cites W2030346482 @default.
- W2800680820 cites W2032691653 @default.
- W2800680820 cites W2032838599 @default.
- W2800680820 cites W2034007275 @default.
- W2800680820 cites W2034462786 @default.
- W2800680820 cites W2034676960 @default.
- W2800680820 cites W2035656076 @default.
- W2800680820 cites W2035727065 @default.
- W2800680820 cites W2039102248 @default.
- W2800680820 cites W2039801506 @default.
- W2800680820 cites W2042189896 @default.
- W2800680820 cites W2042777167 @default.
- W2800680820 cites W2042954402 @default.
- W2800680820 cites W2043538509 @default.
- W2800680820 cites W2044468923 @default.
- W2800680820 cites W2045986503 @default.
- W2800680820 cites W2046508867 @default.
- W2800680820 cites W2046818917 @default.
- W2800680820 cites W2047863484 @default.
- W2800680820 cites W2048659081 @default.
- W2800680820 cites W2050499390 @default.
- W2800680820 cites W2050883499 @default.
- W2800680820 cites W2051206970 @default.
- W2800680820 cites W2053838369 @default.
- W2800680820 cites W2056878433 @default.
- W2800680820 cites W2057104805 @default.
- W2800680820 cites W2060953954 @default.