Sylwester Czaplicki

Dr. Sylwester Czaplicki

Faculty of Food Sciences, University of Warmia and Mazury, Plac Cieszyński 1, 10-726 Olsztyn, Poland
orcid

Research Focus & Metrics

Academic Career Length

24Years (2003-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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1 February 2009 in Food Chemistry
Verified
Journal Article
Closed access
RZRyszard Zadernowski
Ryszard Zadernowski
Sylwester CzaplickiSylwester Czaplicki
Sylwester Czaplicki
MNMarian Naczk
Marian Naczk

18 June 2016 in Plant Foods for Human Nutrition
Verified
Journal Article
Open access
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Małgorzata TańskaMałgorzata Tańska
Małgorzata Tańska
BRBeata Roszkowska
Beata Roszkowska
Sylwester CzaplickiSylwester Czaplicki
Sylwester Czaplicki
EBEulalia Julitta Borowska
Eulalia Julitta Borowska
JBJustyna Ewa Bojarska
Justyna Ewa Bojarska
ADAneta Zofia Dąbrowska
Aneta Zofia Dąbrowska
Fruit pomace remaining after juice extraction is still a source of bioactive compounds. Especially rich in these compounds is the pomace from blackcurrant fruit and from fruits of little-known horticultural plants, like: rowan, rosehip and elderberry. The addition of fruit pomace to bakery and confectionery products, especially to those made of white flour, may significantly enrich their composition with dietary fiber, vitamins and phenolic compounds. This study was aimed at determining the effect of 20 % addition of fruit pomace from rosehip, rowan, blackcurrant and elderberry on the properties of shortbread cookies. The pomace-containing cookies, compared to those without additives, were characterized by a darker color with a higher contribution of yellowness, and by higher hardness. The overall organoleptic assessment was comparable for all types of cookies, however the cookies with pomace were characterized by more perceptible taste and aroma, and were sourer. The extracts from pomace-supplemented cookies had a significantly stronger antioxidant capacity than that from the cookies without pomace, but they were ineffective in inhibiting lipid oxidation. The study showed that fruit pomace could improve the nutritional value of shortbread cookies. Furthermore, non-typical color of such a new product may be attractive to consumers.

1 March 2005 in Journal of the American Oil Chemists' Society
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Journal Article
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RZR. Zadernowski
R. Zadernowski
MNM. Naczk
M. Naczk
Sylwester CzaplickiSylwester Czaplicki
Sylwester Czaplicki
MRM. Rubinskiene
M. Rubinskiene
MSM. Szałkiewicz
M. Szałkiewicz

18 October 2011 in European Journal of Lipid Science and Technology
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Journal Article
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Sylwester CzaplickiSylwester Czaplicki
Sylwester Czaplicki
DODorota Ogrodowska
Dorota Ogrodowska
Dorota DerewiakaDorota Derewiaka
Dorota Derewiaka
Małgorzata TańskaMałgorzata Tańska
Małgorzata Tańska
RZRyszard Zadernowski
Ryszard Zadernowski

1 March 2006 in Food Chemistry
Verified
Journal Article
Closed access
IKIwona Konopka
Iwona Konopka
Sylwester CzaplickiSylwester Czaplicki
Sylwester Czaplicki
DRDaniela Rotkiewicz
Daniela Rotkiewicz

30 September 2014 in Polish Journal of Food and Nutrition Sciences
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Journal Article
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DODorota Ogrodowska
Dorota Ogrodowska
RZRyszard Zadernowski
Ryszard Zadernowski
Sylwester CzaplickiSylwester Czaplicki
Sylwester Czaplicki
Dorota DerewiakaDorota Derewiaka
Dorota Derewiaka
BWBeata Wronowska
Beata Wronowska
In recent years, new products obtained from amaranth seeds have entered the food market including expanded “popping” seeds and flakes. Lipids and biologically-active substances dissolved in these products are susceptible to changes. Additionally, due to the fact that fat quality has high dietary importance, there is a need to conduct detailed quality and quantity studies on the lipid composition of Amaranthus cruentus