| Literature DB >> 23631675 |
Thomas Schmiedinger1, Georg F Vogel, Oliver Eiter, Kristian Pfaller, Walter A Kaufmann, Angelika Flörl, Karin Gutleben, Sabine Schönherr, Barbara Witting, Thomas W Lechleitner, Hannes-L Ebner, Thomas Seppi, Michael W Hess.
Abstract
Electrospun nanofibres are an excellent cell culture substrate, enabling the fast and non-disruptive harvest and transfer of adherent cells for microscopical and biochemical analyses. Metabolic activity and cellular structures are maintained during the only half a minute-long harvest and transfer process. We show here that such samples can be optimally processed by means of cryofixation combined either with freeze-substitution, sample rehydration and cryosection-immunolabelling or with freeze-fracture replica-immunolabelling. Moreover, electrospun fibre substrates are equally suitable for complementary approaches, such as biochemistry, fluorescence microscopy and cytochemistry.Keywords: cell culture; cryofixation; cryosections; electrospinning; freeze- substitution; freeze-fracture replica labelling; gelatin nanofibres; high-pressure freezing; immunogold
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Year: 2013 PMID: 23631675 DOI: 10.1111/tra.12080
Source DB: PubMed Journal: Traffic ISSN: 1398-9219 Impact factor: 6.215