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Abstract
Two kinds of pasta were produced: dry Maccheronccinis pasta and fresh Cicatellis pasta. Four formulations were made for each type: control pasta made with 100% semolina and enriched pasta containing different levels of broad bean flour. Thermal properties were measured using Differential Scanning Calorimetry and revealed that only dried pasta induced gelatinization peaks. Enriched samples had higher T0, Tp and Tc values but lower gelatinization enthalpy than the control. Retrogradation temperature tended to decrease as the level of bean flour increase, both in dry and fresh pasta. The Rapid Visco Analyser data revealed significantly (p < 0.05) lower values for pasting temperature in dried pasta. All other parameters showed higher values for Maccheronccinis compared to Cicatellis. Peak, trough and final viscosities, breakdown and setbacks decreased as the percentage of added flour increased. Texture analysis showed that fresh pasta was stickier than dry pasta, while firmness was similar between the two types.
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