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Cooking Characteristics and Quality of Noodles from Food Sorghum

March 2000 Volume 77 Number 2
Pages 96 — 100
E. L. Suhendro , 1 , 2 C. F. Kunetz , 1 C. M. McDonough , 1 L. W. Rooney , 1 and R. D. Waniska 1

Texas A&M University, College Station, TX 77843-2474. Corresponding author. E-mail: esuhendr@taexgw.tamu.edu Phone: 409-845-2925. Fax: 409-845-0456.


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Accepted November 5, 1999.
ABSTRACT

Three white food sorghums, ATx631*RTx436, ATxARG*RTx436, and SC283-14, were decorticated, milled into flour and processed into 100% sorghum noodles. Flour, water, and salt (1%) were preheated using a hotplate or a microwave oven. The mixtures were put through a forming extruder to produce noodles. Extruded noodles were dried by three methods: air-dry method (23°C, 48 hr); one-stage (60°C, 30% rh, 3 hr), or two-stage (60°C, 100% rh for 2 hr followed by 60°C, 30% rh for 2 hr). Noodles were evaluated dry and after cooking. Sorghum flours with smaller particle sizes yielded better noodles. The microwave preheating method yielded better noodles than the hot-plate method. Stronger and firmer noodles, dry or cooked, were prepared using two-stage drying compared with the other drying methods. Fine flour that was preheated using a microwave oven and dried using the two-stage method gave the best noodles with moderate (10%) dry matter loss. Optimized processing conditions yielded sorghum noodles with good qualities when properly cooked.



© 2000 American Association of Cereal Chemists, Inc.