The chemical shift of a nucleus, i, in a molecule arises from the nuclear shielding effect of an
applied magnetic field, caused by an induced magnetic field resulting from circulation of …

LL-37 is an amphipathic, α-helical, antimicrobial peptide. 15N chemical shift and 15N
dipolar− shift spectroscopy of site-specifically labeled LL-37 in oriented lipid bilayers …

Hydrophobic and amphipathic α-helices act as independent functional units in immunogenic
or fusogenic polypeptides and constitute important structural building blocks in larger …

Solid state nuclear magnetic resonance (NMR) spectroscopy is a powerful and versatile
technique for probing structural and dynamic properties of solid materials, and can provide …

2.1 'H shifts 2.1. 1 Her, H/I and HN secondary structure shifts 2.1. 2 'H shift regularities in
helices 2.1. 2.1 Helix dipole effects 2.1. 2.2 Periodicity of HG (and HN shifts 2.2 Secondary …

The principal values of the 15N chemical shift tensors of crystalline histidine and histidine-
containing peptides have been measured to document for the first time the systematic trends …

The conformation of the 20-residue antibiotic ionophore alamethicin in macroscopically
oriented phospholipid bilayers has been studied using 15 N solid-state nuclear magnetic …

15N Solid state CP/MAS NMR spectroscopy has been used to study a dinitrogen-derived
terminal nitride of molybdenum, 15NMo (N [tBu] Ar) 3 (Ar= 3, 5-(CH3) 2C6H3). A number of …

The metastable state silk I structures of Bombyx mori silk fibroin in the solid state were
studied on the basis of 15N‐and 13C‐nmr chemical shifts of Ala, Ser, and Gly residues. The …

The current investigation centers on elucidating the intricate molecular architecture and
dynamic behavior of four macrolide antibiotics, specifically erythromycin, clarithromycin …