José Martins

High resolution NMR Centre – a centre of expertise for structure characterization and molecular analysis in chemical, biochemical, biomedical and materials sciences at Ghent University)

500 MHz two-channel spectrometer electronics for molecular structure analysis in fundamental and applied chemical research.

A comprehensive chemical-biology approach to understand the bioactivity of Pseudomonas cyclic lipopeptides on eukaryotic membranes

Application of advanced and diffusion based Magnetic Resonance techniques as a new tool to investigate nanoparticles and brain biochemistry

Combined NMR and ab initio analysis of new fluorinated prolines for their application as structural modulators and NMR probes in disordered proline-rich peptide sequences 

Design and optimisation of synthetic DNAzymes: development of an integrated structure analysis approach

Development and application of NMR diffusion and relaxation techniques for the characterisation of supramolecular structures and self-assembly

Development and application of NMR-based tools to inorganic nanocarriers for effective vaccine delivery

Development of synthetic selective receptors for the enrichment and trace determination of endocrine disrupting chemicals in water samples

Harvesting the potential of fluorine labels and NMR spectroscopy to study the conformation of polyproline sequences and their interaction with biomolecular targets

High resolution 500 Mhz Nuclear Magnetic Resonance platform for the chemistry of single molecules, nanostructures, supramolecular objects and macromolecules.

In-situ observation and manipulation of ligands of colloidal quantum dots using liquid NMR

Interuniversity High Resolution NMR Center (IHNMRC)

LC-'Single Quadrupole MS' for analysis of reaction mixtures and organic compounds with determination of their molecular mass and purity.

Magnetic resonance equipment for advanced materials research: molecular characterization of solid, soft, homogeneous and heterogeneous matter in the development of advanced functional materials and chemical catalysis

Molecular design of imidazole enhanced nucleic acid aptamers and DNAzymes based upon a modeling-synthesis-analysis toolbox

New NMR methods to study supramolecular self-assemblies - application to the structure-function relation of cyclic lipodepsipeptides

NMR and molecular modelling investigations of hydroxyl apatite – DNA immunestimulator nanoplatforms for improved vaccine delivery

Relation between molecular structure and liposomal sorption of moderately soluble compounds: a high resolution and pfg-NMR study

Sensitivity Upgrade at High Magnetic Field for NMR Based Science in the Next Decade.

Structure, self-assembly and function of cyclic lipodepsipeptides from Pseudomonads by drafting their bacterial biosynthetic machinery for NMR spectroscopic duty

Structure-function study with NMR of and insight into the supramolecular assembly of lipopeptide antibiotics from the viscosin group.

Studying molecular recognition of natural and derivatised peptidoglycans by innate immune receptors for the design of improved immunomodulators

Supramolecular structure-function relationship of naturally occurring antimicrobial peptides.

Supramolecular structure-function relationships of antimicrobial peptides from the viscosin group: a combined approach via synthesis and advanced NMR structure analysis

Supramolecular structure-function relationships of naturally occurring antimicrobial peptides

Colloidal Transition Metal Chalcogenide Nanosheets and Quantum Dots, a New Class of Nanomaterials, from Synthesis towards Application.

Development of methods for enrichment and analysis for trace analysis of endocrine disrupting chemicals in water samples mediated by synthetic selective receptors

Ecological roles of cyclic lipopeptides from plant-beneficial rhizobacteria: a chemical-biology approach to decipher primary functions of secondary metabolites.

Fluorinations with implications: enhancing the potential of biologically and medicinally interesting molecules through targeted fluorine introduction

MOLECULAR DESIGN OF ‘FROZEN’ APTAMERS: Aptamers with enhanced properties by covalent and non-covalent stabilization using functionalized nucleotides: a combined modelling, NMR and electrochemistry approach

Surface chemistry unlocks the nanocrystal library for catalysis

all35 – III-V core/shell quantum dots for emission and amplification of infrared light