Published 2000

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Publication details

Journal : Journal of Cereal Science , vol. 32 , p. 73–87–15 , 2000

International Standard Numbers :
Printed : 0733-5210
Electronic : 1095-9963

Publication type : Academic article

Contributors : Baardseth, Pernille; Kvaal, Knut; Ellekjær, Marit R; Lea, Per; Mosleth, Ellen F.

Issue : 1

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Kjetil Aune
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The quality of baguettes can be evaluated by defined sensory attributes and image analyses. The effect of flour quality, production process (traditional French and industrially modified), mixing and proofing time were studied. Process accounted for 40% of the variation in baguette quality whereas flour quality accounted for 16% of the variation when principal component analysis was applied on the sensory attributes. Baguettes produced using a soft dough and gentle treatment (traditional French process) had a higher sensory score for porosity, elasticity, crispness of crust, crackles on the crust, and porosity and volume as measured by image analysis, than baguettes produced using a stiff dough and rough treatment (modified industrial process). Mixing and proofing time also affected the porosity and area of the cut surface. Porosity, crackles on the crust, glossiness and volume were related to flour quality. (C) 2000 Academic Press.