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Entry ID Original Release date Data summary Entry Title Citation Title Authors
31207 2025-01-28 Chemical Shifts: 1 set
Backbone Modification in the Fungal Defensin Plectasin: Prototype NZ2114 Structural and Functional Mimicry of the Antimicrobial Defensin Plectasin by Analogues with Engineered Backbone Composition Download bibtex for citation iamge A J Gulewicz, J Song, T W Harmon, W S Horne, Y P Di
31208 2025-01-28 Chemical Shifts: 1 set
Backbone Modification in the Fungal Defensin Plectasin: beta3-Residues in the helix Structural and Functional Mimicry of the Antimicrobial Defensin Plectasin by Analogues with Engineered Backbone Composition Download bibtex for citation iamge A J Gulewicz, J Song, T W Harmon, W S Horne, Y P Di
31209 2025-01-28 Chemical Shifts: 1 set
Backbone Modification in the Fungal Defensin Plectasin: Calpha-methyl-residues in the helix Structural and Functional Mimicry of the Antimicrobial Defensin Plectasin by Analogues with Engineered Backbone Composition Download bibtex for citation iamge A J Gulewicz, J Song, T W Harmon, W S Horne, Y P Di
31210 2025-01-28 Chemical Shifts: 1 set
Backbone Modification in the Fungal Defensin Plectasin: D- and Calpha-methyl-residues in the turns Structural and Functional Mimicry of the Antimicrobial Defensin Plectasin by Analogues with Engineered Backbone Composition Download bibtex for citation iamge A J Gulewicz, J Song, T W Harmon, W S Horne, Y P Di
31211 2025-01-28 Chemical Shifts: 1 set
Backbone Modification in the Fungal Defensin Plectasin: Calpha-methyl-residues in the helix, D- and Calpha-methyl-residues in the turns Structural and Functional Mimicry of the Antimicrobial Defensin Plectasin by Analogues with Engineered Backbone Composition Download bibtex for citation iamge A J Gulewicz, J Song, T W Harmon, W S Horne, Y P Di