Sebastián Esteban Miranda Rojas
Profesor Asistente
UNIVERSIDAD NACIONAL ANDRES BELLO
Santiago, Chile
Biofísica; Fisicoquímica Molecular; Catálisis; Quimica Teórica y Computacional; Mecanismos de Reacción
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PhD in Chemistry, UNIVERSIDAD DE CHILE. Chile, 2012
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Pharmaceutical Chemist, UNIVERSIDAD DE CHILE. Chile, 2009
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Profesor Asistente Full Time
UNIVERSIDAD ANDRES BELLO
Ciencias Exactas
Santiago, Chile
2014 - At present
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PROFESOR ASISTENTE Full Time
UNIVERSIDAD ANDRES BELLO
SANTIAGO, Chile
2014 - At present
Dirección tesis de pregrado (en desarrollo) titulada:
"Cálculos híbridos MC/MM del mecanismo de regulación de la actividad de la enzima MLL3"
No existen actividades a la fecha.
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Sebastin Esteban Miranda Rojas
FONDECYT
Chile, 2007
Beca CONICYT de Apoyo para la Realización de Tesis Doctoral
Theoretical aspects of the reactivity of MN4 macrocyclics in electrochemical reactions |
Quantum Chemical Exploration of the Mechanisms for the Writing and Erasing of Epigenetic Marks that lead to Cancer |
A computational approach to reveal the physicochemical forces that govern dual gold catalysis reaction mechanism |
Chemical Processes and catalysis |
Nucleo Milenio=> Procesos químicos y catálisis |
Supramolecular Chemistry at interfaces: Light- Absorption process in energy conversion and electrocatalysis on gold electrode. A computational chemistry study |
Supramolecular Chemistry at interfaces=> Light-Absorption process in energy conversion and electrocatalysis on gold electrode. A computational chemistry study |
CEDENNA: Centro para el desarrollo de la nanociencia y la nanotecnología |
CEDENNA=> Centro para el desarrollo de la nanociencia y la nanotecnología |
Nucleo Milenio=> Molecular engineering and supramolecular chemistry for catalysis, remediation and energy conversion |
THEORETICAL INSIGHTS INTO THE ENZYMATIC REACTION MECHANISMS OF DEHYDRATASES AND DEHALOGENASES |
THEORETICAL INSIGHTS INTO THE ENZYMATIC REACTION MECHANISMS OF DEHYDRATASES AND DEHALOGENASES |
Nucleo Milenio=> Molecular engineering and supramolecular chemistry for catalysis, remediation and energy conversion |
Molecular modelling studies on the effects of ligand-binding site conformations on functional selectivity in MAO-A and 5-HT2 receptors |
Electronic and Optical Properties in Inorganic Supramolecular Chemistry of Complex Systems Based in Heavy Metals. Quantum Chemistry Study |
Quantum Chemical Exploration of the Mechanisms for the Writing and Erasing of Epigenetic Marks that lead to Cancer |
Noncovalent interactions in inorganic supramolecular chemistry based in heavy metals. Quantum chemistry point of view |