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Inhibition of Membrane Fusion by Iron(III) Compounds: An Antiviral Strategy Against SARS-CoV-2
Vol 4, 2026 -344913 -
EFFECT OF CALCIUM IONS ON THE STRUCTURE AND FUNCTION OF VIRAL MEMBRANE FUSION PEPTIDES
-345167 -
INTERACTION OF SARS-COV-2 FUSION PEPTIDES WITH MICELLAR MEMBRANE MODELS: INSIGHTS FROM SPECTROSCOPIC AND COMPUTATIONAL APPROACHES
-345282 -
MEG-28 FROM SCHISTOSOMA MANSONI: BIOPHYSICAL CHARACTERIZATION AND INVOLVEMENT IN HOST CELL LYSIS
-345812 -
FROM CA²⁺ BINDING TO THE HOST-PARASITE INTERFACE: EXPLORING THE MOLECULAR ROLE OF SmE16 IN Schistosoma mansoni
-345849
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DESIGN OF MAGNETOLIPOSOMES FOR MAGNETIC HYPERTHERMIA APPLICATION AGAINST CANCER CELLS
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EFFECT OF LIPID COMPOSITION AND CALCIUM IONS ON THE STRUCTURE AND FUNCTION OF SARS-CoV-2 FUSION PEPTIDES
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Extracts from Helenium aromaticum and Orthopterygium huaucui as potential antimycobacterial agents
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BIOPHYSICAL CHARACTERIZATION OF Ctx(Ile21)-Ha ANTIMICROBIAL PEPTIDE AND ITS ANALOGUES LABELED WITH TOAC SPIN LABEL: INTERACTION WITH MEMBRANE MODELS IS DRIVEN BY FLUIDITY AND LIPID MEMBRANE CHARGES
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BIOPHYSICAL CHARACTERIZATION OF SmE16 PROTEIN FROM Schistosoma mansoni: ANALYSIS OF CALCIUM BINDING EFFECTS AND INVESTIGATION OF POTENTIAL FUNCTIONS AT THE HOST–PARASITE INTERFACE
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