Abstract: A protein-rich composition can be provided from egg albumen via a process that involves diafiltering with purified water an egg albumen concentrate. Collected retentate from the diafiltration step constitutes a protein-rich composition which, on a dry basis, can include less than 1% (w/w) lipids. The composition can be spray dried to a protein isolate solid which is substantially free of sugars.

Abstract: A method and process for providing a cooked egg product having controlled curd shapes and few fines. By mechanically manipulating (e.g., dicing) a cooked egg product only after it has been cooled below a target setting temperature, resulting curds can be provided with a more controlled, even regular, shape as well as a low percentage of fines. Also presented is an egg composition with minimal fines and curds of cooked egg. The egg composition comprises cooked liquid egg, fines with a dimension less than 2.8 mm, and curds with a diameter less than 2.5 cm.

Abstract: Liquid egg yolk can be fractionated into water soluble and precipitated lipophilic fractions without the need to freeze or add carbohydrate(s). A composition that includes egg yolk and an excess of water has its pH downwardly adjusted before being gravitationally separated into low and high density fractions, with the former including no more than 5% of the granules from the egg yolk.

Abstract: A protein-rich composition can be provided from egg albumen via a process that involves diafiltering with purified water an egg albumen concentrate. Collected retentate from the diafiltration step constitutes a protein-rich composition which, on a dry basis, can include less than 1% (w/w) lipids. The composition can be spray dried to a protein isolate solid which is substantially free of sugars.

Abstract: A system for demodulating and decoding differential phase shift keying (DPSK) transmissions utilizes a bandpass filter, an analog to digital converter and a digital signal processor. Removal of the effects of unknown frequency component is achieved by applying a complex phase correction/rotation factor after DPSK demodulation. The actual phase of the complex signal is never computed directly. All of the processing from Rader decomposition through carrier tracking filter is performed on the complex values and therefore requires only multiplication and addition operations which can be performed at high speed in a microcomputer or in dedicated arithmetic hardware.