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Results: 1-11 |
Results: 11
Interaction study of peptide from VP3 capsid protein of hepatitis A virus through monolayers and fluorescence spectroscopy
Authors: Sospedra, P Prat, J Haro, I Mestres, C Busquets, MA
Citation: P. Sospedra et al., Interaction study of peptide from VP3 capsid protein of hepatitis A virus through monolayers and fluorescence spectroscopy, LUMINESCENC, 16(2), 2001, pp. 103-107
Miscibility of an acylated hepatitis A synthetic antigen derivative [palmitoyl VP3(110-121)] with lipids: a monolayer study
Authors: Sospedra, P Espina, M Castro, M Corrales, S Haro, I Mestres, C
Citation: P. Sospedra et al., Miscibility of an acylated hepatitis A synthetic antigen derivative [palmitoyl VP3(110-121)] with lipids: a monolayer study, COLLOID P S, 279(4), 2001, pp. 331-339
Study at the air/water interface of a hepatitis A N-acetylated and C-amidated synthetic peptide (AcVP3(110-121)-NH2) - I. Surface activity and insertion in lipid monolayers
Authors: Sospedra, P Espina, M Alsina, MA Haro, I Mestres, C
Citation: P. Sospedra et al., Study at the air/water interface of a hepatitis A N-acetylated and C-amidated synthetic peptide (AcVP3(110-121)-NH2) - I. Surface activity and insertion in lipid monolayers, J COLL I SC, 244(1), 2001, pp. 79-86
Study at the air/water interface of a hepatitis A N-acetylated and C-amidated synthetic peptide (AcVP3(110-121)-NH2) - II. Miscibility in lipid monolayers
Authors: Sospedra, P Espina, M Gomara, MJ Alsina, MA Haro, I Mestres, C
Citation: P. Sospedra et al., Study at the air/water interface of a hepatitis A N-acetylated and C-amidated synthetic peptide (AcVP3(110-121)-NH2) - II. Miscibility in lipid monolayers, J COLL I SC, 244(1), 2001, pp. 87-96
Hydrophobic laminin-related peptides: Synthesis and surface properties
Authors: Reig, F Haro, I Polo, D Sospedra, P Alsina, MA
Citation: F. Reig et al., Hydrophobic laminin-related peptides: Synthesis and surface properties, J COLL I SC, 239(1), 2001, pp. 64-70
Hepatitis A synthetic peptide VP3(110-121) miscibility with dipalmitoylphosphatidylcholine, dipalmitoylphosphatidylglycerol, and stearylamine monolayers
Authors: Sospedra, P Alsina, MA Espina, M Reig, F Haro, I Mestres, C
Citation: P. Sospedra et al., Hepatitis A synthetic peptide VP3(110-121) miscibility with dipalmitoylphosphatidylcholine, dipalmitoylphosphatidylglycerol, and stearylamine monolayers, J COLL I SC, 221(2), 2000, pp. 230-235
Effect of chain length of HAV-VP3 synthetic peptides on its interaction with biomembrane models
Authors: Sospedra, P Munoz, M Garcia, M Alsina, MA Mestres, C Haro, I
Citation: P. Sospedra et al., Effect of chain length of HAV-VP3 synthetic peptides on its interaction with biomembrane models, BIOPOLYMERS, 54(7), 2000, pp. 477-488
Physicochemical interaction of a lipophilic derivative of HAV antigen VP3(110-121) with lipid monolayers
Authors: Sospedra, P Haro, I Alsina, MA Reig, F Mestres, C
Citation: P. Sospedra et al., Physicochemical interaction of a lipophilic derivative of HAV antigen VP3(110-121) with lipid monolayers, MAT SCI E C, 8-9, 1999, pp. 543-549
Viral synthetic peptide interactions with membranes: A monolayer study
Authors: Sospedra, P Haro, I Alsina, MA Reig, F Mestres, C
Citation: P. Sospedra et al., Viral synthetic peptide interactions with membranes: A monolayer study, LANGMUIR, 15(16), 1999, pp. 5303-5308
Physicochemical behavior of polylysine-[HAV-VPS peptide] constructs at theair-water interface
Authors: Sospedra, P Nagy, IB Haro, I Mestres, C Hudecz, F Reig, F
Citation: P. Sospedra et al., Physicochemical behavior of polylysine-[HAV-VPS peptide] constructs at theair-water interface, LANGMUIR, 15(15), 1999, pp. 5111-5117
Interaction of VP3(110-121) peptide with hepatocyte and erythrocyte membrane models
Authors: Sospedra, P Alsina, MA Haro, I Mestres, C Busquets, MA
Citation: P. Sospedra et al., Interaction of VP3(110-121) peptide with hepatocyte and erythrocyte membrane models, J COLL I SC, 211(1), 1999, pp. 130-136
Risultati: 1-11 |