The present invention relates a bioprinted three-dimensional tumor model which is able to reproduce the cellular heterogeneity, the spatial architecture, and the tissue-specific ECM of the tumor…
Licensing Opportunities
The invention provides a catalytic system comprising a REDOX catalyst and a porous polymeric matrix wherein the porous polymeric matrix has pores with a size from 1 to 1000 nm and it is covalently…
A microfluidic device comprising: a substrate and a light source. The substrate
comprises one or more inlet channels, a mixing channel, a first chamber, a capture
antibody immobilized…
The invention relates to a porous self-standing homogeneous hydrogel comprising poly(vinyl alcohol) and carbon nanostructures, wherein: the carbon nanostructures are present in an amount from 7 to…
The present invention refers to a multifunctional CNC*-Au-based nanoplatform, related conjugates and/or composition containing thereof.
The present invention also refers to the use of such a…
Shape-restoring materials, as well as techniques for generating shape-restoring materials, are described. An example method includes generating a construct by exposing, to UV-visible light, a…
The methodology presented herein predicts, among other things, whether the application of MV, and in particular of
high driving pressure, might lead to the development of RV failure in ARDS…
The present invention relates to a process for the production of a system comprising providing a porous scaffold comprising functional groups capable of covalently binding MNPs to said porous…
The present invention disclosed the cloning and the purification of a mutant of prethrombin-2, which contains a thrombin cleavage site instead of a factor Xa cleavage site. The stable mutant…
The invention falls within the field of systems and methods for the formation of Nuclear Magnetic Resonance Images (MRI). More specifically, the invention refers to a receiving antenna for MRI,…
The present invention provides microarrays that can be analysed by more than one technique using a non-covalent ligand attachment strategy to solid supports such as indium tin oxide (ITO) covered…
The present invention refers to a process for preparing a three-dimensional tumor model having a core-shell structure using bioprinting techniques leading to tumor models capable of better…