MÉTODO PARA OBTENER NANOESTRUCTURAS CON NÚCLEO DE ÓXIDO DE HIERRO DECORADO CON NANOPARTÍCULAS DE PLATINO, LAS NANOESTRUCTURAS OBTENIDAS POR ESTE MÉTODO, MATERIALES COMPUESTOS QUE INCORPORAN ESTAS NANOESTRUCTURAS Y SUS USOS COMO MATERIAL ELECTROCATALÍTICO, Water2kW, S.L.
Application number:EP26382718.0
Date of application: 20/05/2026
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Method to obtain metallic particles with microwaves
Application number: EP25382547.5
Date of application: 30/05/2025
Application institution: Consejo Superior de Investigaciones Científicas Authors: Santana Otero, Antonio, Fernández Afonso, Yilian, Salvador, María, Morales MP, Veintemillas, Sabino
The method uses continuous synthesis, facilitated by microwaves, to obtain large quantities of copper nanoparticles with improved properties: stability against oxidation, reduced size and high homogeneity in the shape and distribution of the particles. This enables large-scale production of nanoparticles, overcoming traditional challenges associated with copper oxidation and long synthesis times. Additionally, these nanoparticles are dispersible in polar solvents.
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Hybrid composite for tuning local nanoactuation over enzyme activity, without tuning magnetic nanoparticle anisotropy
Application number: EP23 382 002.6
Date of application: 3/1/2023
Application institution: CSIC
Authors: CEJUDO SANCHES, Ms. Janaina, TROBO MASEDA, Ms. Lara, ROCHA MARTÍN, Mr. Javier, GUISÁN SEIJAS, Mr. Jose Manuel, GARCÍA OVEJERO, Mr. Jesús, MORALES HERRERO, Ms. Maria del Puerto, BUSSOLARI, Ms. Francesca, ARMENIA, Ms. Ilaria, MARTINEZ DE LA FUENTE, Mr. Jesús, GRAZÚ BONAVÍA, Ms. María Valeria, LÓPEZ GALLEGO, Mr. Fernando. Contrato de licencia por la patente «HYBRID COMPOSITE FOR TUNING LOCAL NANOACTUATION OVER ENZYME ACTIVITY,WITHOUT TUNING MNP ANISOTROPY» con referencia EP23382002, PROMETHENZ Start up.
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Método de cementado con nanopartículas de magnetita y aplicación de un campo magnético
Application number: PA00263-EP001 (ZBM Ref.: P5003EP00)
Authors: Sabino Veintemillas Verdaguer, Álvaro Gallo Córdova, María del Puerto Morales Herrero, González Fernandez, María Ángeles, Hernández San Martin, Andrés Bezerra De Melo, Ricardo Cesar, Fraga Trillo, Luisa María, Peña Diez, José Luis, Merino García, Daniel, Márquez Salas, Silvia, Martínez Wichtel, Diana, Vázquez García, Ana Belén
Date of application: Dic 2019. PCT/EP2020/084856, Junio 2021. Repsol S.A. Patent approved for USA, Brasil and Europe
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Iron oxyhydroxide nanoparticles with antiviral activity against SARS and MERS coronavirus
Application number: EP21382974.0
Date of application: October, 28th, 2021
Application institution: CSIC
Authors: Barber Castaño D.F., Morales Herrero M.P., López de Diego M., Mulens Arias V., Portilla Tundidor Y., David Bou N., Veintemillas Verdaguer S., Gallo Cordova A., Villamayor Coronado L., López García D.
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Iron oxide nanoparticles with antiviral activity against SARS and MERS coronavirus
Application number: EP21382973.2
Date of application: October, 28th, 2021
Application institution: CSIC
Authors: Barber Castaño D.F., Morales Herrero M.P., López de Diego M., Mulens Arias V., Portilla Tundidor Y., David Bou N., Veintemillas Verdaguer S., Gallo Cordova A., Villamayor Coronado L., López García D.
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Nanoparticles for the control of one-spot multienzimatic reactions
Application number: EP21382585
Date of application: July, 1st, 2021
Application institution: CSIC
Summary: The present invention relates to magnetic nanoparticles for the control of enzymatic reactions. Particularly, it refers to a process to carry out two or more simultaneous or sequential enzymatic reactions on the surface of magnetic nanoparticles in a one-pot system.
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Cement and method of hardening a slurry thereof
Application number: EP19383090 / P5003EP00
Date of application: December, 9th, 2019
Summary: Inventors have found that by applying an alternating magnetic field of specific characteristics to a cement slurry containing a relatively small amount of magnetic nanoparticles, such as magnetite nanoparticles, of a determined particle size and degree of crystallinity, the setting process of the cement can be controlled as required. Particularly, with a significantly low amount of magnetic nanoparticles, the required amount of heat is generated in a reduced period of time, such as 15 min, what makes that the cementing process is more cost-effective. Thus, such a cement composition and process are useful for several applications, particularly for well cementing.
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Electrolito nanoestructurado útil para desalinización por osmosis directa, procedimiento de obtención del electrolito y usos del mismo
Application number: P201430721 (OEP number: ES1641.950)
Date of application: May, 19th, 2014
Applicant institution: CSIC
Inventors: Sabino Veintemillas, M. Puerto Morales, Carlos J Serna, Cristina Marsans and Verónica López
Summary: Filter materials for water desalinization processes and nanotechnology based on a new nanostructured electrolite composed of magnetic iron oxide nanoparticles
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Nanopartículas magnéticas para su uso en una composición farmacéutica
Application number: P201030138
Date of application: February, 2nd, 2010
Applicant institution: CSIC
Inventors: M. Puerto Morales, Alejandro Gómez, Carlos Serna, Sabino Veintemillas, Raquel Mejías and Domingo Barber
Summary: Cancer treatment through dimercaptosuccinic acid-coated magnetic iron oxide nanoparticles and cytokines
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Heterogeneous catalyst for preparing carboxylic acids and method for preparing carboxylic acids
European Patent: EP11165779.7
Date of application: May, 12nd, 2011
Patent Agent: FORRESTER and BOEHMERT
Inventors: S. M. Al-Zahrani, H. Falcon, Pedro Tartaj, J. M. Campos-Martin, José Luis G. Fierro
Licence to King Saud University
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Nanopartículas magnéticas, método de obtención y su uso
Application number: P201131856
Date of application: November, 17th, 2011
VATC patent with reference 0639 (29-06-2011)
Inventors: M. Puerto Morales, Carlos J. Serna, Sabino Veintemillas, Javier Palomares and Manuel Andres-Verges
Summary: Method for the obtention of magnetic nanoparticles between 5 and 30 nm with a magnetite core covered by bismute with applicability in diagnostic procedures (RMN and TAC) and cancer therapy (magnetic hyperthermia)