|
WO2016124555A1
|
|
Light-emitting electrochemical cell based on perovskite nanoparticles or quantum dots
|
|
EP3095880A1
|
|
Method for the diagnosis of fusarium infections
|
|
EP3070083A1
|
|
Organozinc reagents and processes for preparing and using the same
|
|
EP3070096A1
|
|
A peptide or collection of peptides derived from amyloid precursor protein
|
|
WO2015161908A1
|
|
Non-immunosuppressive cyclophilin inhibitors for the treatment of coronavirus infections
|
|
WO2015135867A1
|
|
Terminal substituted oligothiophenes and use thereof in optical signal transmission systems and/or as colour pigments
|
|
WO2015091772A1
|
|
Method of determining the degradation of cellulosic materials
|
|
EP2953215A1
|
|
A system and method for inducing and detecting multi-photon processes in a sample
|
|
EP3017825A1
|
|
An inhibitor of the RIPK1-dependent necrosis pathway and a pharmaceutical composition comprising the same
|
|
EP3009422A1
|
|
Photo-switchable sulfonylureas and their uses
|
|
DE102014012594A1
|
|
Naphthalenetetracarboxylic bisimides in the aqueous phase by incorporation into nanomicelles and use in cosmetics, in particular as sunscreens
|
|
EP2990866A1
|
|
Method and device for cavity-enhanced broadband intrapulse difference frequency generation
|
|
EP2960654A1
|
|
A method for detecting EP3 antibodies
|
|
WO2014180983A1
|
|
A coherent dynamically controllable narrow band light source
|
|
DE102014004529A1
|
|
The automatic sorting of polymer materials based on the fluorescence decay time of the autofluorescence and the fluorescence of markers
|
|
DE102014102923A1
|
|
Insertion post, system and method for detecting the position of an implanted implant
|
|
EP2873425A1
|
|
Production of magnetic nanoparticles in recombinant host cells
|
|
DE102013112415A1
|
|
Device and method for examining one or more phase objects
|
|
WO2014056900A1
|
|
Method for producing azulene and azulene derivatives
|
|
WO2014056901A1
|
|
Azulene and derivatives thereof as colorants
|
