Marcus Maiwald

TL;DR: The work described in this paper demonstrates that very small protein and DNA structures can be applied to various substrates without denaturation using aerosol printing technology, and higher molecular weight DNA can be printed without shearing.

TL;DR: Printed strain gauges, thermopiles and gas sensitive films are successfully fabricated with maskless deposition technologies, offering advantages for continuous non‐destructive measurement compared to conventional sensors.

TL;DR: In this article, a novel processing route to fabricate alumina surfaces that feature remarkable antibacterial and abrasion-resistant properties was reported, by combining micropatterning with antibacterial enzymes and alumina nanoparticles, which presented a feasible and highly interesting alternative to improve, e.g., systems employed for water transport containing abrasive agents, aggressive media and microorganisms.

TL;DR: Inktelligent printing as mentioned in this paper combines the structuring possibilities of maskless printing technologies with the functionality of micro- and nano-scaled functional materials to generate functional structures like conductors, resistors and even sensors or sensor arrays, respectively.