Aβ-Amyloid Fibrils Are Self-Triggered by the Interfacial Lipid Environment and Low Peptide Content von Alvarez, Alain Bolaño, Caruso, Benjamín, Rodríguez, Pablo E. A, Petersen, Steffen B, Fidelio, Gerardo D

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Aβ Amyloid Fibers Drastically Alter the Topography and Mechanical Properties of Lipid Membranes von Alvarez, Alain Bolaño, Rodríguez, Pablo E. A., Fidelio, Gerardo D., Caruso, Benjamín

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Stitching together a nm thick peptide-based semiconductor sheet using UV light von Alvarez, Alain Bolaño, Pino, Marcelo, Petersen, Steffen B., Fidelio, Gerardo Daniel

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Gangliosides smelt nanostructured amyloid Aβ(1–40) fibrils in a membrane lipid environment von Alvarez, Alain Bolaño, Rodríguez, Pablo E.A., Fidelio, Gerardo D.

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Structural and conductivity properties of lipid-coated melittin peptide nanowires molded at air-water interface von Bolaño Alvarez, Alain, Pino, Marcelo, Petersen, Steffen B., E. A. Rodríguez, Pablo, Fidelio, Gerardo D.

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Formation of gel and solid phases in acrylic cuvettes upon exposure to DMSO, oxygen and light: implications for fluorescence spectroscopy von Alvarez, Alain Bolaño, Petersen, Steffen B

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Melittin-solid phospholipid mixed films trigger amyloid-like nano-fibril arrangements at air-water interface von Alvarez, Alain Bolaño, Caruso, Benjamín, Petersen, Steffen B., Rodríguez, Pablo E.A., Fidelio, Gerardo D.

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Mass spectrometric and kinetics characterization of modified species of Growth Hormone Releasing Hexapeptide generated under thermal stress in different pH and buffers von Santana, Héctor, Espinosa, Luis Ariel, Sánchez, Aniel, Bolaño Alvarez, Alain, Besada, Vladimir, González, Luis Javier

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Interfacial Aβ fibril formation is modulated by the disorder-order state of the lipids: The concept of the physical environment as amyloid inductor in biomembranes von Alvarez, Alain Bolaño, Rodríguez, Pablo E.A., Fidelio, Gerardo D.

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