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Journal of Dairy Science
Volume 92, Issue 9
, Pages
4188-4199
, September 2009
Inulin-enriched dairy desserts: Physicochemical and sensory aspects
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Spectral reflectance curves of skim milk (open symbols) and whole milk (solid symbols) samples without inulin (○) and containing different types of inulin (Δ = native; □ = short-chain; ∇ = long-chain
Spectral reflectance curves of skim milk (open symbols) and whole milk (solid symbols) samples without inulin (○) and containing different types of inulin (Δ = native; □ = short-chain; ∇ = long-chain inulin).
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Flow curves of skim milk (a) and whole milk (b) samples without inulin (○) and containing different types of inulin (Δ = native; □ = short-chain; ∇ = long-chain inulin). Shear stress experimental valuFlow curves of skim milk (a) and whole milk (b) samples without inulin (○) and containing different types of inulin (Δ = native; □ = short-chain; ∇ = long-chain inulin). Shear stress experimental values obtained from upward (solid symbols) and downward (open symbols) curve.
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Consistency index values (a; K) and flow index values (b; n) of whole milk and skim milk samples without inulin (black) and containing native (light gray), short-chain (dark gray), and long-chain inulConsistency index values (a; K) and flow index values (b; n) of whole milk and skim milk samples without inulin (black) and containing native (light gray), short-chain (dark gray), and long-chain inulin (white). In each graph, different letters above bars denote significant differences between samples (α = 0.05).
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Principal component analysis bi-plot of the samples evaluated (S = skim milk; W = whole milk; N = native inulin; SC = short-chain inulin; LC = long-chain inulin).Principal component analysis bi-plot of the samples evaluated (S = skim milk; W = whole milk; N = native inulin; SC = short-chain inulin; LC = long-chain inulin).
PII: S0022-0302(09)70743-X
doi: 10.3168/jds.2009-2241
© 2009 American Dairy Science Association. Published by Elsevier Inc. All rights reserved.
« Previous
Next »
Journal of Dairy Science
Volume 92, Issue 9
, Pages
4188-4199
, September 2009
