Proteomic techniques were applied for the investigation of "avenin-like protein type-B" in tetraploid wheat. Protein was extracted from endosperm, according to a classical chromatographic procedure and its identity confirmed by liquid chromatography-tandem mass spectrometry analysis. The characterization of avenin-like protein type-B was in good agreement with the gene-derived sequence, with the exception of glutamine as N-terminus. The presence in the glutenin extract and the high number of cysteine residues suggested that avenin-like protein type-B is integrated into gluten polymers via interchain disulphide bonds. This raises the question of whether the protein could play a role in determining the functional properties of gluten
Isolation and characterization of Avenin-like protein type-B from durum wheat.
De Caro S;Mamone G
2010
Abstract
Proteomic techniques were applied for the investigation of "avenin-like protein type-B" in tetraploid wheat. Protein was extracted from endosperm, according to a classical chromatographic procedure and its identity confirmed by liquid chromatography-tandem mass spectrometry analysis. The characterization of avenin-like protein type-B was in good agreement with the gene-derived sequence, with the exception of glutamine as N-terminus. The presence in the glutenin extract and the high number of cysteine residues suggested that avenin-like protein type-B is integrated into gluten polymers via interchain disulphide bonds. This raises the question of whether the protein could play a role in determining the functional properties of glutenI documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.