Listar Química Orgánica - (QO) por tipo "info:eu-repo/semantics/conferenceObject"
Mostrando ítems 1-20 de 75
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A Peptide/Fullerene Hybrid for Multivalent Recognition of E-Selectin
(2022-06-28)Molecular recognition through ligand-receptor interactions is a very important mechanism for metastatic processes. Among all of them, multivalent protein-carbohydrate interactions play a fundamental role in tumor ... -
Aminonaphtamiline-squaraine dyad: photophysical properties and bioimaging application
(2018-09-19)Squaraines is an important part of the cyanine family which have high extinction coefficients, sharp absorption bands, and intense fluorescence spectra in the red and near infrared region in solution.[1] The unique electronic ... -
Aminonaphthalimide-squaraine dyads: photophysical properties and bioimaging application
(2021)Squaraines is an important part of the cyanine family which have high extinction coefficients, sharp absorption bands, and intense fluorescence spectra in the red and near infrared region in solution.[1] The unique electronic ... -
Asymmetric total synthesis of alkaloid natural products without external chiral sources
(2018-03-22)The chirality of a starting material having a chiral sp3-carbon can be preserved under some circumstances in the reaction product even though the reaction proceeds at the chiral carbon as a reaction center through reactive ... -
Back to the Future - The Scientific Exploration of An Ancient Medicinal Plant
(2016-10-13)Alkaloids are active compounds found in plants. In the conference has been reviewed new sceletium alkaloids isolated from african plants. -
Carbazole-based Diradicals for Dynamic Covalent Chemistry
(2020-01-29)Dynamic covalent chemistry (DCC) is focused on the creation of structural scaffolds based on chemical components that interact through strong but reversible bonds. In fact, dynamic covalent bonds receive lot of attention ... -
Combinando enzimas y complejos organometálicos: nuevos biohibridos como catalizadores altamente eficientes
(2019-01-21)Los catalizadores de metales de transición y las enzimas poseen propiedades únicas y a menudo complementarias que los han convertido en herramientas importantes para la síntesis química. La combinación de un complejo ... -
Comparative study of dopaminergic activity of tetrahydro-1H-[3]-benzazepines and their precursors
(2016-10-14)The discovery of the tetrahydro-1H-[3]-benzazepine SCH23390 [1], represented one of the most important advances in the study of dopaminergic receptors due to their behavior as a selective D1 receptor antagonist. The high ... -
Controlling the aggregation of planar photosensitizers and electroluminescent materials
(2014-12-22)Aggregation of planar chromophores greatly affects their photophysical performance. It is possible to avoid the aggregation of phthalocyaninates by axially binding them to the surface of aluminosilicates. We have recently ... -
Crossing the Valley of Death in Drug Discovery
(2016-11-10)Diseño y desarrollo de nuevos fármacos contra el cáncer actuando como inhibidores de quinasas -
Dendrímeros antigénicos sobre partículas de sílica para determinar IgE específicas de antibióticos betalactámicos
(2022)Los inmunoensayos empleados para el diagnóstico in vitro de alergias a antibióticos betalactámicos actualmente presentan una limitada sensibilidad y pobre especificidad, además de no estar disponibles de forma comercial ... -
Dendrimers-modified solid supports: towards nanostructures materials for clinical diagnostic
(2013-09-25)The design and synthesis of new materials for biomedical applications is a high-priority research topic in a number of biomedical areas. The rapid development of nanotechnology over the past few decades has created wide ... -
Design and synthesis of new dendrons for biomedical applications
(2020-03-30)Dendrons are excellent multifunctional platforms for many different applications. In particular, the development of multivalent molecular nanostructures, with a well-defined size and shape, has an enormous interest in the ... -
Design and synthesis of new molecules based on indolium derivatives for two-photon absorption bioimaging applications
(2018-11-15)Bioimaging is the visualization of biological processes in real time, interfering as less as possible with these and using non-invasive methods. Among others, fluorescence methods have acquired a very important role in ... -
Design of multi-haptenized dendrimeric-antigens for in vitro IgE recognition
(2014-06-12)Reactions mediated by the Immunoglobulin E (IgE) involved a high number of allergic drug responses, ranging from simple skin symptoms to anaphylactic shock.1 In order to emulate the recognition process working in vivo, ... -
Detecting hydroxyl radical with a new two-photon fluorescent probe in living cells
(Real Sociedad Española de Química, 2018-06-20)Reactive oxygen species (ROS) are known to be involved in the onset and development of multiple diseases, including cancer, cardiovascular diseases, neurodegenerative diseases and diabetes among others. Generation of ROS ... -
Diastereoselective synthesis of chiral amines by imines alkylation
(2013-10-03)En esta comunicación se aborda la síntesis de aminas quirales utilizando como agente alquilante trietilborano. -
Direct characterization of functional materials by haptenized fluorescent dendrimers for in vitro allergic drug diagnose
(2020-10-01)β-lactams are the most widely drug prescribed against infections, but they are the most commonly reported medication allergy too. A correct diagnosis of these allergic reactions is crucial to avoid rejecting them by other ... -
Diseño de dendrímeros amino-terminales basados en enlaces tipo amidas. Estructuras con menor repulsión estérica y síntesis a gran escala
(2022-05-30)La estructura ramificada y la elevada multivalencia que presentan los dendrímeros los convierten en excelentes compuestos con potenciales aplicaciones en el campo de la biomedicina. En concreto, los dendrímeros con grupos ... -
Diseño y aplicaciones de compuestos fotoactivos
(2014-03-20)Además del interés de la fotoquímica a nivel molecular, recientemente se han desarrollado nuevas y más complejas aplicaciones para explotar la energía lumínica: fotocatálisis, sensores y lanzamiento de señales, máquinas ...