The present study aims to describe the physicochemical characteristics and the colloidal stability of mixed suspensions of pea proteins and skimmed milk. The mixed protein suspensions were prepared by adding pea protein isolate to skimmed milk (3% w/w protein) to generate four mixed samples at 5, 7, 9, and 11% w/w total proteins. Low-heat skimmed milk powder was also added to skimmed milk (3% w/w protein) to prepare four pure milk samples at the same protein concentrations. The samples were analyzed regarding their pH, viscosity, color, amount of sedimentable material, heat and ethanol stabilities. The suspensions containing pea proteins were darker and presented higher pH, viscosity and amount of sedimentable material than the skimmed milk...
Pea proteins are promising oil-in-water emulsifying agents at both neutral and acidic conditions. In...
The research findings presented in this thesis are grouped into two major sections. The first part o...
International audienceFive mixtures of milk and pea protein (0-40 g pea protein/100 g total protein)...
The present study aims to describe colloidal and acid gelling properties of mixed suspensions of pea...
Much attention has been drawn to the utilization of plant proteins as food ingredients because of an...
There is a growing interest in replacing dairy proteins with their plant-based counterparts in food ...
Yoghurt style gels are a promising way to increase the consumption of plant derived proteins. Howeve...
<p>In this paper, the emulsifying properties of a protein-enriched fraction from pea are unravelled....
For sustainability reasons, there is an ongoing shift from animal- to plant-based proteins, which is...
The applications of plant proteins in the food and beverage industry have been hampered by their pre...
International audienceThe partial substitution of animal protein by plant protein is a new opportuni...
Because of their high protein and low lactose content, milk protein concentrates (MPC) are typically...
The aim of this study was the production of protein concentrates from two bean cultivars, Phaseolus ...
The thermal processing of milk changes the composition and surface properties of the colloidal parti...
Plant proteins have recently gained considerable attention as stabilizers of food-grade oil-in-water...
Pea proteins are promising oil-in-water emulsifying agents at both neutral and acidic conditions. In...
The research findings presented in this thesis are grouped into two major sections. The first part o...
International audienceFive mixtures of milk and pea protein (0-40 g pea protein/100 g total protein)...
The present study aims to describe colloidal and acid gelling properties of mixed suspensions of pea...
Much attention has been drawn to the utilization of plant proteins as food ingredients because of an...
There is a growing interest in replacing dairy proteins with their plant-based counterparts in food ...
Yoghurt style gels are a promising way to increase the consumption of plant derived proteins. Howeve...
<p>In this paper, the emulsifying properties of a protein-enriched fraction from pea are unravelled....
For sustainability reasons, there is an ongoing shift from animal- to plant-based proteins, which is...
The applications of plant proteins in the food and beverage industry have been hampered by their pre...
International audienceThe partial substitution of animal protein by plant protein is a new opportuni...
Because of their high protein and low lactose content, milk protein concentrates (MPC) are typically...
The aim of this study was the production of protein concentrates from two bean cultivars, Phaseolus ...
The thermal processing of milk changes the composition and surface properties of the colloidal parti...
Plant proteins have recently gained considerable attention as stabilizers of food-grade oil-in-water...
Pea proteins are promising oil-in-water emulsifying agents at both neutral and acidic conditions. In...
The research findings presented in this thesis are grouped into two major sections. The first part o...
International audienceFive mixtures of milk and pea protein (0-40 g pea protein/100 g total protein)...