G. Cavicchioni et al., fMLP-OMe analogs substituted at the methionine residue: An insight into the receptor properties, ARCH PHARM, 331(11), 1998, pp. 368-370
In order to obtain an insight into the mode of binding at the for-Met-Leu-P
he-OH (fMLP) receptor, three fMLP-OMe analogs (1-3) were synthesized in whi
ch the Met residue was substituted by Gin 1, Asn 2, and Ser 3. We evaluated
the influence of the charge variation and/or the shift of its position on
neutrophil biological responses.