Abstract: To obtain increased yields of soluble solids extracted from tea leaves and to improve the flavor of extracts obtained by acid hydrolysis of spent tea residue obtained from aqueous extraction of tea leaves, spent tea residue is hydrolyzed with an acid catalyst at a temperature of from 170.degree. C. to 250.degree. C. and at a pressure of from 120 psig to 600 psig for a period of from 5 seconds to 120 seconds to obtain an extract.

Abstract: A process for producing an all natural, enzyme-saccharified, cereal derived from whole grain is disclosed. The process involves milling and separating the whole grain to produce a bran fraction, an endosperm fraction, and a germ fraction. The germ fraction is processed by toasting and grinding and preferably by removing bran before the toasting. The bran fraction and any bran material separated out from the ground germ is modified to increase its functionality by high temperature, high shear extrusion in a counter-rotating twin screw extruder. The endosperm fraction is coarsely milled, made into a slurry, cooked and then enzymatically hydrolyzed. The final step involves recombining the processed fractions, to form a cereal dough which is further processed to produce a ready-to-eat breakfast cereal. Optionally from 1-15% of the whole grain may be malted and added into the cereal dough.

Abstract: A process is disclosed for producing an all-grain, enzyme-saccharified cereal derived from cereal grain components. The process involves saccharifying an endosperm fraction to form a syrup containing soluble saccharides and adding to the saccharified endosperm a matrix-forming ingredient which is either a modified bran material, a toasted ground germ or a combination of these two ingredients to form a cereal dough, and subsequently processing the cereal dough to obtain a ready-to-eat cereal.

Abstract: A process for producing an all natural, enzyme-saccharified, cereal derived from whole grain is disclosed. The process involves milling and separating the whole grain to produce a bran fraction, an endosperm fraction, and a germ fraction. The germ fraction is processed by toasting and grinding and preferably by removing bran before the toasting. The bran fraction and any bran material separated out from the ground germ is treated to increase its functionality by milling to a particle size of from 5 to 100 microns. The endosperm fraction is coarsely milled, made into a slurry, cooked and then enzymatically hydrolyzed. The final step involves recombining the processed fractions, to form a cereal dough which is further processed to produce a ready-to-eat breakfast cereal. Optionally from 1-15% of the whole grain may be malted and added into the cereal dough.

Abstract: A process for producing an all natural, enzyme-saccharified, cereal derived from whole grain is disclosed. The process involves milling and separating the whole grain to produce a bran fraction, an endosperm fraction, and a germ fraction. The germ fraction is processed by toasting and grinding and preferably by removing bran before the toasting. The bran fraction and any bran material separated out from the ground germ is modified to increase its functionality by high temperature, high pressure extrusion in a counter-rotating twin screw extruder. The endosperm fraction is coarsely milled, made into a slurry, cooked and then enzymatically hydrolyzed. The final step involves recombining the processed fractions, to form a cereal dough which is further processed to produce to ready-to-eat breakfast cereal. Optionally from 1-15% of the whole grain may be malted and added into the cereal dough.