Bioprinting on Chip

Bioprinting on Chip, Fig. 1 Principle of microarray experiment. The microarray life cycle shows the five main steps needed for a microarray experiment [2]. (1) The biological question is the first step followed by (2) sample preparation including printing of the biomolecules onto the substrate. (5) The coupling of the capture molecules localized at predefined positions - the so-called spots - finalizes the microarray fabrication followed by... 

Taken together these various capabilities that microarrays provide make high demands on bioprinting on chip technologies and therewith couphng chemistries. The important conclusion is that the microarray technology will continue to dramatically change over time as our picture of... 

Bioprinting on Chip, Figure 1 Principle of microarray experiment The microarray life cycle shows the five main steps needed for a microanay... 

These advances in life science research using the highly parallel microarray technology would not have been possible without enormous progress in bioprinting on chips. For microarray fabrication the on-chip approach to synthesise capture molecules on chips is well established and highly reproducible. But it is only applicable to oligonucleotide arrays. The deposition of cDNA by contact and... 

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