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Description
This research was born from one of the fundamental lines of research of the MIOMeT Research Group, which consists on the study of coordination complex with transition metals, mainly tricarbonyl, with the pyridine carboxaldehyde ligand. It is a protein marking methodology with metal complexes through amino groups that are included in the lysine peptidic chain. These complexes have tricarbonyl groups in their structure, which are sensitive to infrared (IR) detection. This is an important advantage regarding detection, since the necessary instruments to register IR spectrums are cheap, easy to use and it is a non-destructive technique. Besides, the expected signs appear on a very clean spetrum area for any biomolecule, so there is no risk of masking. Finally, it is possible to remove such marker with a simple procedure and without denaturalizing the protein.Other information
Number of researchers:
5
Development status:
Developed but not marketed
Intellectual Property Rights:
Patent
Differentiation in the market:
Novelty
Applicability of technology:
Yes
Companies and markets:
Pharmaceutical companies with important R&D departments, companies specialized in sensins systems.
Advantages:
Modern, simple and environmentally friendly methodologies.
UNESCO Code:
2303 - Inorganic chemistry
Other members:
Lucía Álvarez Miguel
Raúl García Rodríguez
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Celedonio Manuel Álvarez González
Héctor Barbero San Juan
Publicación seleccionada: Dalton Trans. 2016, 45, 963-972. DOI: 10.1039/C5DT01256B See / Download resource |
OBJECTIVESThe objectives of the group are:Quality research in specific lines of research.Get adequate financing for it.Contribute to the development and implementation of advanced techniques in the domain of simulating the properties of nano-structur... Read more >
One of the main research lines of the MIOMeT official research group is the study of coordination complex with transition metals, mainly tricarbonyl with pyridine carboxaldehyde ligand. In this context, there is a wide range of possibilities, which h... Read more >
OBJECTIVES• The group carries out its main activity on metallic materials, currently focused on various stainless steels, both forging and powder metallurgy. As a relevant section, we always seek to work on the service behavior of metallic material... Read more >
Synthesis of transition metals compounds with bidentatus ligands derived from pyrazole, as well as pyrazole-lilamidine and 3(2-pyridil)pyrazole. Both ligands have an offshore aromatic system, which makes them interesting from the point of view of the... Read more >