Solution NMR structure alpha-helix 3 of Cry10Aa protein - Barra, J. B.; Freitas, C. D.P.; Rios, T. B.; Maximiano, M. R.; Fernandes, F. C.; Amorim, G. C.; Porto, W. F.; Grossi-de-Sa, M. F.; Franco, O. F.; Liao, L. M. (Biological Magnetic Resonance Bank, 2024)

Solution NMR structure of synthetic peptide AMPCry10Aa_5 rational designed from Cry10Aa bacterial protein - Barra, J. B.; Freitas, C. D.P.; Rios, T. B.; Maximiano, M. R.; Fernandes, F. C.; Amorim, G. C.; Porto, W. F.; Grossi-de-Sa, M. F.; Franco, O. F.; Liao, L. M. (Biological Magnetic Resonance Bank, 2024)

Solution NMR structure of a multifunctional synthetic peptide Hp-MAP3 derived from Temporin-PTa - Freitas, C. D.P.; Migliolo, L.; Silva, P. S.; Liao, L. M. (Biological Magnetic Resonance Bank, 2024)

NMR structure of the solution of a mastoparan-like peptide, computationally designed mastoparan-R4 - Freitas, C. D.P.; Oshiro, K. G.N.; Macedo, M. L.R.; Cardoso, M. H.; Franco, O. L.; Liao, L. M. (Biological Magnetic Resonance Bank, 2023)

Solution NMR structure of a computationally designed mastoparan-like peptide, mastoparan-R1 - Freitas, C. D.P.; Oshiro, K. G.N.; Macedo, M. L.R.; Cardoso, M. H.; Franco, O. L.; Liao, L. M. (Biological Magnetic Resonance Bank, 2023)

The peptide Lt-MAP4 is an analog derived from the Ltc-3a. The primary sequence of the parental peptide was used as template for rational design, using the amino acid residues for modification of charge and hydrophobicity. - Freitas, C. D.P.; Liao, L. M.; Migliolo, L.; Moraes, L. F.R.N. (Biological Magnetic Resonance Bank, 2023)