Metal coordination and peripheral substitution modulate the activity of cyclic tetrapyrroles on αS aggregation: a structural and cell-based study

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Metal coordination and peripheral substitution modulate the activity of  cyclic tetrapyrroles on αS aggregation: a structural and cell-based study
Inhibition of Tau Filament Formation by Conformational Modulation
Metal coordination and peripheral substitution modulate the activity of  cyclic tetrapyrroles on αS aggregation: a structural and cell-based study
Impact of pyridine-2-carboxaldehyde-derived aroylhydrazones on
Metal coordination and peripheral substitution modulate the activity of  cyclic tetrapyrroles on αS aggregation: a structural and cell-based study
Inhibition of Tau Filament Formation by Conformational Modulation
Metal coordination and peripheral substitution modulate the activity of  cyclic tetrapyrroles on αS aggregation: a structural and cell-based study
Susana DELGADO-OCAÑA, PhD, Doctor of Philosophy
Metal coordination and peripheral substitution modulate the activity of  cyclic tetrapyrroles on αS aggregation: a structural and cell-based study
Protein Design: From the Aspect of Water Solubility and Stability
Metal coordination and peripheral substitution modulate the activity of  cyclic tetrapyrroles on αS aggregation: a structural and cell-based study
PDF) Toward the Discovery of Effective Polycyclic Inhibitors of
Metal coordination and peripheral substitution modulate the activity of  cyclic tetrapyrroles on αS aggregation: a structural and cell-based study
Structures of Pc 4 and Pc 34. Pc 4 is the photosensitizer studied
Metal coordination and peripheral substitution modulate the activity of  cyclic tetrapyrroles on αS aggregation: a structural and cell-based study
Inhibition of Tau Filament Formation by Conformational Modulation
Metal coordination and peripheral substitution modulate the activity of  cyclic tetrapyrroles on αS aggregation: a structural and cell-based study
Protein Design: From the Aspect of Water Solubility and Stability
Metal coordination and peripheral substitution modulate the activity of  cyclic tetrapyrroles on αS aggregation: a structural and cell-based study
Metal coordination and peripheral substitution modulate the
Metal coordination and peripheral substitution modulate the activity of  cyclic tetrapyrroles on αS aggregation: a structural and cell-based study
Zeroing in on the Pathogenic Form of α-Synuclein and Its Mechanism
Metal coordination and peripheral substitution modulate the activity of  cyclic tetrapyrroles on αS aggregation: a structural and cell-based study
Carla Florencia Ramunno - PhD Candiate at Rheinische Friedrich
Metal coordination and peripheral substitution modulate the activity of  cyclic tetrapyrroles on αS aggregation: a structural and cell-based study
Conformational-Switch Based Strategy Triggered by [18] π
Metal coordination and peripheral substitution modulate the activity of  cyclic tetrapyrroles on αS aggregation: a structural and cell-based study
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Metal coordination and peripheral substitution modulate the activity of  cyclic tetrapyrroles on αS aggregation: a structural and cell-based study
Toward the discovery and development of effective modulators of α
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