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Vapor-deposited phospholipid membranes on chitosan and porous silicon (psi) for novel lab-on-chip platforms to study membrane-proteins

Autor: Volkmann , Ulrich Georg; Retamal, María José; Cisternas, Marcelo A; Zepeda, Vanessa; Moraga, Nicolás; Catalán, Rodrigo; Díaz, Diego; Corrales, Tomás P; Pérez-Acle, Tomás; Gutíerrez-Maldonado, Sebastián E; Soto-Arriaza, Marco; Busch, M; Huber, Patrick Año: 2017N° de proyecto: 1141105 Tipo: Ponencia Programa: FONDECYT

Ultra-thin self-hydrated artificial membrane composed of DPPC and chitosan deposited

Autor: Retamal, María José; Cisternas, Marcelo A; Gutíerrez-Maldonado, Sebastián E; Pérez-Acle, Tomás; Seifert, Birger; Busch, M; Huber, Patrick; Volkmann , Ulrich Georg Año: 2015N° de proyecto: 1141105 Tipo: Ponencia Programa: FONDECYT

The Formation of a Self-Hydrated Artificial Phospholipid Membrane on Ultra-Thin Chitosan Layer Deposited from the Gas-Phase

Autor: Retamal, María José; Cisternas, Marcelo A; Gutíerrez-Maldonado, Sebastián E; Pérez-Acle, Tomás; Seifert, Birger; Busch, M; Huber, Patrick; Volkmann , Ulrich Georg; Del Campo, Valeria Año: 2014N° de proyecto: 1141105 Tipo: Ponencia Programa: FONDECYT

Surface morphology of vapor deposited chitosan thin films

Autor: Volkmann , Ulrich Georg; Retamal, María José; Cisternas, Marcelo A; Seifert, Birger; Corrales, Tomás P; Gutíerrez-Maldonado, Sebastián E; Pérez-Acle, Tomás; Busch, M; Huber, Patrick Año: 2017N° de proyecto: 1141105 Tipo: Ponencia Programa: FONDECYT

Surface morphology of vapor deposited chitosan thin films

Autor: Retamal, María José; Corrales, Tomás P; Cisternas, Marcelo A; Moraga, Nicolás; Gutíerrez-Maldonado, Sebastián E; Pérez-Acle, Tomás; Huber, Patrick; Volkmann , Ulrich Georg Año: 2016N° de proyecto: 1141105 Tipo: Ponencia Programa: FONDECYT

Study of the ion channels insertion in artificial membranes

Autor: Cisternas, Marcelo A; Zepeda, Vanessa; Retamal, María José; Corrales, Tomás P; Moraga, Nicolás; Díaz, Diego; Catalán, Rodrigo; Gutíerrez-Maldonado, Sebastián E; Pérez-Acle, Tomás; Huber, Patrick; Volkmann , Ulrich Georg Año: 2017N° de proyecto: 1141105 Tipo: Ponencia Programa: FONDECYT

Study of evaporated self-hydrated phospholipid bilayers

Study of evaporated phospholipid bilayer Nombre del Congreso : Workshop on Nanostructured Materials and

Autor: Retamal, María José; Cisternas, Marcelo A; Sepúlveda, Isidora; Moraga, Nicolas; Gutíerrez-Maldonado, Sebastián E; Pérez-Acle, Tomás; Busch, M; Huber, Patric; Volkmann , Ulrich Georg Año: 2014N° de proyecto: 1141105 Tipo: Ponencia Programa: FONDECYT

Physicochemical characterization of SiO2-supported membranes: a molecular dynamics study

Autor: Gutíerrez-Maldonado, Sebastián E; Retamal, María José; Cisternas, Marcelo A; Volkmann , Ulrich Georg; Pérez-Acle, Tomás Año: 2014N° de proyecto: 1141105 Tipo: Ponencia Programa: FONDECYT

Optimized pore geometry on silicon substrate surface for long time phospholipid cell membrane stability

Autor: Cisternas, Marcelo A; Moraga, Nicolas; Catalán, Rodrigo; Retamal, María José; Díaz, Diego; Corrales, Tomás P; Pérez-Acle, Tomás; Soto-Arriaza, Marco; Huber, Patric; Seifert, Birger; Volkmann , Ulrich Georg Año: 2018N° de proyecto: 1141105 Tipo: Ponencia Programa: FONDECYT

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Vapor-deposited phospholipid membranes on chitosan and porous silicon (psi) for novel lab-on-chip platforms to study membrane-proteins

Ultra-thin self-hydrated artificial membrane composed of DPPC and chitosan deposited

The Formation of a Self-Hydrated Artificial Phospholipid Membrane on Ultra-Thin Chitosan Layer Deposited from the Gas-Phase

Surface morphology of vapor deposited chitosan thin films

Surface morphology of vapor deposited chitosan thin films

Study of the ion channels insertion in artificial membranes

Study of evaporated self-hydrated phospholipid bilayers

Study of evaporated phospholipid bilayer Nombre del Congreso : Workshop on Nanostructured Materials and

Physicochemical characterization of SiO2-supported membranes: a molecular dynamics study

Optimized pore geometry on silicon substrate surface for long time phospholipid cell membrane stability

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Vapor-deposited phospholipid membranes on chitosan and porous silicon (psi) for novel lab-on-chip platforms to study membrane-proteins

Ultra-thin self-hydrated artificial membrane composed of DPPC and chitosan deposited

The Formation of a Self-Hydrated Artificial Phospholipid Membrane on Ultra-Thin Chitosan Layer Deposited from the Gas-Phase

Surface morphology of vapor deposited chitosan thin films

Surface morphology of vapor deposited chitosan thin films

Study of the ion channels insertion in artificial membranes

Study of evaporated self-hydrated phospholipid bilayers

Study of evaporated phospholipid bilayer Nombre del Congreso : Workshop on Nanostructured Materials and

Physicochemical characterization of SiO2-supported membranes: a molecular dynamics study

Optimized pore geometry on silicon substrate surface for long time phospholipid cell membrane stability