0000000001081889

AUTHOR

A Desideri

showing 2 related works from this author

Dip Pen Lithography of oligonucleotides on flexible substrates for point-of-care malaria disease testing

2015

The first step for prevention and treatment of diseases is the accurate diagnosis. However, proper diagnostic technologies are not available in developing countries due to the lack of reliable electrical power, refrigeration and trained personnel. For this reason, there is an urgent need of low cost, rapid assays not requiring any external support. By coupling such technologies to communication infrastructures, healthcare in areas without access to medical personnel would be possible. “Paper” like substrates are ideal for fabricating such devices since they are cheap, easy to degradate after use and compatible with most of existing printing technologies [1]. We had previously shown the poss…

Dip Pen Lithography oligonucleotides flexible substrates malaria
researchProduct

PRINTING NANOBIOLOGY IN AQUEOUS SYSTEMS

2015

Our studies in the field of printing nanobiology in aqueous solution are proposed to highlight the role of water in the processes of interaction between biomolecules in drug- screening devices fabricated by bioprinting technologies and to emphasize the influence of water evaporation on the diffusion of molecules in droplets of picoliter-scale.

PRINTING NANOBIOLOGY AQUEOUS SYSTEMS deep pen nanolithography inkjet printer
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