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<record>
	<source-app name="Actavia">Actavia</source-app>
	<ref-type name="Journal Article">0</ref-type>
	<contributors>
		<authors>
			<author>Smrčková, Petra</author>
			<author>Saglamtas, Meltem</author>
			<author>Hofmanová, Taťána</author>
			<author>Koláček, Jaroslav</author>
			<author>Chena, David</author>
			<author>Šárka, Evžen</author>
		</authors>
		<secondary-authors></secondary-authors>
	</contributors>
	<titles><title>Effect of process parameters on slowly digestible and resistant starch content in extrudates</title></titles>
	<dates>
		<year>2014</year>
		<pub-dates><date>2014-10-31</date></pub-dates>
	</dates>
	<pages>503-508</pages>
	<abstract>A laboratory single-screw Kompaktextruder KE 19/25 was used at speeds 120-140 rpm of the screw with either a 2 : 1 or 3 : 1 compression ratio; the head had a 3 or 4 mm die. The temperature of the head was set at 131-144°C. The applied raw materials were maize grits, and mixtures with wheat starch, pea flour or chemically modified starch. Input mixtures differed in water addition (50 or 100 g water/kg). The highest amount of resistant starch (3.1% per total starch) in extrudate was found for mixture of pea flour and maize grits (with addition of 100 g water/kg of dry mixture), the output(extrudate)/input(mixture) ratio of the resistant starch was 45.8%. The highest SDS content was obtained for the maize grits and addition of 100 g water/kg using a die with a 3 mm diameter and a screw with a 3 : 1 compression ratio; the temperature of the head was approximately 140°C. Transportation rates: screw 140 rpm, dosing 15 rpm.</abstract>
	<number>5</number>
	<volume>32</volume>
</record>
</records>
</xml>
