A new range of baby food rice starch is now available worldwide and ideal for use in fruit and vegetable based jars. Following in-depth assessment of production processes, including extensive testing, BENEO’s baby food rice starch meets and exceeds industry and regulatory requirements. The new product range also offers a wide range of nutritional and technical benefits to manufacturers. The naturally sourced texturizer qualifies for hypoallergenic, clean label, organic, as well as non-GMO products. Test trials have shown that vegetable and fruit jars with BENEO’s baby food rice starch have improved product stability in terms of viscosity, syneresis control and shelf-life. In addition, the ingredient’s small particle size creates a creamy texture without any effect on the end product’s taste or colour. Rice is furthermore highly digestible and consequently interesting for baby food applications.

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Liteez
Liteez is a new, 3D stevia sweetener for hot drinks. This “free-from” meringue sweet addresses the growing demand for sugar reduction in beverages. The patent-pending vegan meringue sweet is a completely plant-based treat. It is free from any allergens, such as eggs, gluten, lactose, or nuts, and contains just a few simple ingredients, including prebiotic fibres that build sweetness, act as a bulking agent, and function as a nutraceutical. Liteez is an easy-to-use sugar replacer that doubles as a sweet treat. It can be eaten as a treat when drinking tea or coffee or, if sweetness is needed in the drink, it can be stirred right in, completely dissolving in about half a minute. While the Liteez sweetener delivery system can be formulated with different types of sweeteners, using stevia posed a challenge since the acidity and isoelectric point of the mixture changes completely relative to using other high-intensity sweeteners, such as sucralose. The delicate balance between a foam that sets firm yet is soluble enough to dissolve in a hot drink was, however, attained. Because Liteez contains mostly fibre, the aftertaste of stevia also was able to be effectively masked.

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Beverages
A clinically proven health benefit is one
of the strongest value elements in the functional beverage market. One of the most pressing global health concerns today is high cholesterol, withn its associations with cardivascular diseases. In the past a cholesterol-lowering benefit was difficult or impossible to deliver in non-dairy beverages.
For many people, elevated cholesterol can be lowered by changes in diet and lifestyle, reducing the risk of heart disease. The most important common-sense dietary measure to lower cholesterol is reducing the amount of dietary saturated fat we consume, but we can also reduce cholesterol by increasing our intake of certain foods.

Beta-glucan: a plant-sourced cholesterol reducer
One proven cholesterol-reducing agent in food is beta-glucan. It is classified as water-soluble dietary fibre, and occurs in cereal grains such as barley and oats. The exact mechanism by which beta-glucan soluble fibre reduces cholesterol has not been identified, but the following are some of the possible mechanisms of action which have been put forward.

• Inhibition of  intrinsic cholesterol production
As a result of fermentation in the large intestine, short-chain fatty acids are produced. Via some sort of feed-back mechanism, these may, decrease intrinsic cholesterol production in the liver.
• Decrease in intestinal absorption
Beta-glucan may lead to an increase in viscosity in the intestine, This in turn could  decreases the absorption of dietary fat and cholesterol from the gut
• Increase excretion
Beta-glucans may bind bile acids in the small intestine, thus increasing excretion of cholesterol.

Barley betafibre: delivering the benefits
The concentration of beta-glucan in cereal grains is low, and is generally around 4-10 percent. This means that it is difficult to consume sufficient quantities of cereal grains to ensure that the intake of beta-glucan is sufficient to deliver a cholesterol-lowering benefit. Ideally what’s needed instead is a form of beta-glucan which enables a sufficient amount to be consumed more easily. This is the rationale behind the development of the Barliv barley betafiber product from Cargill.The product is made using a proprietary technology and displays a lower viscosity in food applications as compared to oat beta-glucan and to other barley beta-glucan products in the marketplace. Its bland flavour, neutral mouthfeel and zero colour impact, make it easy to incorporate into new and existing food formulations.

Beverages are the ideal way to deliver a cholesterol-lowering benefit. However, until now, outside of the dairy beverages sector, it has not been possible to develop acceptable products that can be effective in lowering cholesterol. The main reason for this has been the high viscosity or other significant organoleptic characteristics of traditional cholesterol lowering ingredients (e.g. oat beta-glucan) at effective dosage levels. But with the arrival of Barlív barley betafiber, new options open up for the development of acceptable cholesterol-reducing non-dairy beverages. The beta-glucan blends easily and doesn’t clump; it is completely soluble; it is stable in low pH beverages; and it is thermally stable in UHT and extrusion processes.

The proven health benefits
The most important attribute of Barlív barley betafiber is the fact that its health benefits are clinically proven. A recent clinical study showed that three grams per day significantly decreased LDL cholesterol among subjects with moderately elevated blood cholesterol levels, when consumed as part of a diet that was low in saturated fat [1]. Food products containing barley betafiber are therefore an effective option for maintaining healthy blood cholesterol levels. Emerging research indicates that the fibre may also have the potential for other health benefits in the areas of blood sugar and satiety. Increasing amounts of epidemiological evidence suggest that diets rich in cereal fibre and foods with low glycaemic index may help maintain healthy blood sugar levels [2]. Finally, research also suggests that diets rich in fibre may aid in weight management by promoting satiety at lower levels of calorie and fat intake [3].

Under current EC health claim regulations, food manufacturers can claim that products containing the barley fibre may help to maintain a healthy cholesterol level, thus contributing to heart health. However claims over and above this, implying a reduction in the risk of cardiovascular disease, would require special submission and approval.

The fact that the product is derived from barley also gives a high degree of reassurance for label-conscious consumers, and offers a genuine benefit to consumers by helping them improve their everyday diets as part of a healthy lifestyle.

References
1. Keenan JM et al. British Journal of Nutrition 2007;97(6):1162-1168.
2. Barclay AW et al. American Journal of Clinical Nutrition 2008;87(3):627-637.
3. NIH, 1994: http://www.nhlbi.nih.gov/health/prof/heart/hbp/hbpdiab.txt

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Automated continuous heat treatment
A range of innovative fully engineered continuous heat treatment equipment is now available for heat treating bulk solids under controlled atmospheres. The technology ensures optimum retention of active ingredients by minimising the amount of steam and lowering the temperature required to pasteurise or to sterilise the product. The process is entirely automated and can treat products from powders to particles several centimetres in diameter. Applications include decontamination insect removal, roasting, toasting, drying and pre-cooking. Several machine parameters such as temperature profile, residence time and atmosphere can be customised so that a large range of products can be processed without damaging their organoleptic properties. In addition, the system is particularly suited for fragile and sensitive products. Products such as gums and spray-dried powders previously considered as impossible to treat are now being successfully treated in Revtech industrial units with up to  8 log reduction in pathogenic organisms.

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