日期:
2020 年 — 2026 年
2020
2021
2022
2023
2024
2025
2026
影响因子:

Antifungal Peptides SmAP(α1-21) and SmAP(γ27-44) Designed from Different Loops of DefSm2-D Have Distinct Modes of Action

由DefSm2-D不同环设计的抗真菌肽SmAP(α1-21)和SmAP(γ27-44)具有不同的作用机制

Iturralde, Micaela; Bracho, Juan Pablo; Valdivia-Pérez, Jessica A; Guzmán, Fanny; Malbrán, Ismael; Maté, Sabina María; Fanani, María Laura; Vairo Cavalli, Sandra

Histidine 19 Residue Is Essential for Cell Internalization of Antifungal Peptide SmAPα1-21 Derived from the α-Core of the Silybum marianum Defensin DefSm2-D in Fusarium graminearum

组氨酸 19 残基对于源自水飞蓟防御素 DefSm2-D α 核心的抗真菌肽 SmAPα1-21 在禾谷镰刀菌中的细胞内化至关重要

Agustina Fernández, Mariano González, Ismael Malbrán, Romina F Vázquez, Sabina M Maté, Fanny Guzmán, Laura S Bakás, Sandra Vairo Cavalli

Peptides Derived From the α-Core and γ-Core Regions of a Putative Silybum marianum Flower Defensin Show Antifungal Activity Against Fusarium graminearum

从假定的水飞蓟花防御素的α-核心和γ-核心区域衍生的肽对禾谷镰刀菌表现出抗真菌活性

Fernández, Agustina; Colombo, María Laura; Curto, Lucrecia M; Gómez, Gabriela E; Delfino, José M; Guzmán, Fanny; Bakás, Laura; Malbrán, Ismael; Vairo-Cavalli, Sandra E