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Process-induced changes on bioactive compounds in whole grain rye
Kirsi-Helena Liukkonen
*
, Kati Katina
, Annika Wilhelmson
, Olavi Myllymäki
, Anna-Maija Lampi
, Susanna Kariluoto
, Vieno Piironen
, Satu-Maarit Heinonen
, Tarja Nurmi
, Herman Adlercreutz
, Anna Peltoketo
, Juha-Matti Pihlava
, Veli Hietaniemi
, Kaisa Poutanen
*
Corresponding author for this work
BA53 Industrial biotechnology and food
VTT (former employee or external)
University of Helsinki
Agricultural Research Centre of Finland
Research output
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Article
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Scientific
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peer-review
224
Citations (Scopus)
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Keyphrases
Bioactive Compounds
100%
Cereal Rye
100%
Process-induced Changes
100%
Sterols
66%
Alkylresorcinols
66%
Folate
66%
Lignans
66%
Vitamin E
66%
Tocotrienol
66%
Bran
33%
Endosperm
33%
Flour
33%
Phenolic Compounds
33%
Phenolic Acids
33%
Dietary Fiber
33%
Whole Grain
33%
High Content
33%
Germination
33%
Sourdough
33%
Health Effects
33%
Total Phenolic Content
33%
Sensory Quality
33%
Cereal Foods
33%
Rye Grain
33%
Grain Foods
33%
Sourdough Fermentation
33%
Food Processing
33%
Texture Quality
33%
Macro-micronutrients
33%
Phenolic Total
33%
Food Demand
33%
Non-nutrients
33%
INIS
levels
100%
rye
100%
phenols
60%
food
40%
sterols
40%
tocopherols
40%
layers
20%
flour
20%
endosperm
20%
fermentation
20%
fibers
20%
cereals
20%
texture
20%
processing
20%
stability
20%
baking
20%
demand
20%
manufacturing
20%
biological availability
20%
nutrients
20%
germination
20%
food processing
20%
Food Science
Bioactive Compound
100%
Tocopherol
66%
Sterol
66%
Alpha Tocotrienol
66%
Dietary Fiber
33%
Phenolic Compound
33%
Sourdough
33%
Phenolic Acids
33%
Sensory Quality
33%
Whole Grain Food
33%
Grain Food
33%
Bran
33%
Alkylresorcinol
33%
Sourdough Fermentation
33%
Phenolic Total
33%