Posts Tagged ‘fats’

Better-for-you Oils

Friday, May 18th, 2012

Through traditional breeding or advancements from biotechnology, compositional traits within a bean or seed can be enhanced to produce better-for-you oils with improved functionality characteristics. Here are some of the directions that emerging fats and oils—as well as novel oil blends—are taking in a wide range of prototypes:

  • OilHeartland Flax (booth 1851) recently began producing Real Cold Pressed (RCP) Premium Flax Oil, which is an ultra-pure, virgin flax seed oil that demonstrates the potential of flax products in terms of functionality, stability, and long-lasting qualities.
  • Pioneer Hi-Bred (booth 1426) will be offering samples of its Plenish high-oleic soybean oil. The oil offers food industry and consumer benefits with improved performance and broader applications than other available edible oils to help meet the need for a soy-based trans fat solution.
  • Austrade Inc. (booth 3269) will showcase its raw sunflower lecithinGiralec SF—which is made without the use of chemical solvents like hexane and reportedly has the same functionality as conventional sunflower lecithin.
  • Representatives from SK Food International (booth 1855) will be on hand to discuss the benefits of canola oil, which is low in saturated fat, has zero trans fat, and contains a healthy blend of omega-3 and omega-6 fatty acids.
  • Technology Crops International (booth 3854) will introduce a plant-based source of omega-3 stearidonic acid called Ahiflower oil. It contains 20% stearidonic acid, as well as other fatty acids, including 5.3% gamma-linolenic acid, 38.8% alpha-linolenic acid, and 11.2% linoleic acid.

Canola-based Margarines Follow Healthy Trends

Monday, June 13th, 2011

by James Baran

At a press conference on Monday morning, Richardson Oilseed Ltd. (booth 5153) announced that it is introducing two margarine products specifically formulated for baking, using the company’s primary product, canola oil. On-trend for providing low-sodium and no trans-fat formulations, canola-based products are evolving the baking industry.

Bake-It Sweet has primary applications for cookies, cakes, frostings, and pie-shells, and carries the benefits of no added colorants, no salt, and no whey ingredients, which extends the useful applications for manufacturers needing colorless, low- or no-sodium, and no-whey ingredient formulations. The resulting baking margarine helps manufacturers offer a healthier nutritional profile and cleaner labels for consumers looking for low-sodium products and low saturated fats.

Roll-It Margarine is a product for baked goods such as Danish pastries and croissants which require a non-absorbing oil that is firm yet pliable in order to make thin layers of pastry that are the sign of quality in this baked goods area. The formulation uses no hydrogenated oils and no salt.

Gary Knox, Richardson’s Research and Development Manager, was the 2011 recipient of the Canadian Institute of Food Science and Technology’s Food Development Award for work on non-hydrogenated and zero trans-fat products. Canola oil is said to be the oil with lowest saturated fat of all commonly used vegetable oils and highest monounsaturated fats per serving, has high stability across applications, and this helps manufacturers offer healthier and cleaner labels on finished products. Richardson’s canola oil formulation is used in Wal-Mart’s Cardio Choice margarine.

Bunge North America, Booth 6928

Monday, June 13th, 2011

Trend: Next Generation for Fats & Oils

Product: Bunge UltraBlends Enzymatic Solutions

Bunge UltraBlends Enzymatic Solutions utilizes a unique process—enzymatic interesterification—to produce a line of soy-based shortenings and margarines to eliminate trans fat and optimize saturated fat. Made with domestically sourced soybean oil, Bunge’s UltraBlends are suitable year round, making them a great alternative to traditional hydrogenated shortenings and palm based products. They also provide food manufacturers with 8-20% less saturates than palm oil while continuing to deliver a wide plasticity range. With a more consistent SFC Curve, they create less variability in firmness of the dough, which is especially beneficial for machining process of food manufacturers. And less processing and no-harmful by-products make this line of shortenings and margarine a sustainable option.

Bunge

www.bungeoils.com

Your Love for Fat May Be All in the Genes

Sunday, June 12th, 2011

by Kelly Hensel

It’s no surprise that the United States’ obesity rate is on the rise. However, you might be shocked to find out that it’s not only the environment—living near fast food vs. healthy food stores—that affects obesity, it is also genetics. As Kathleen Keller, Columbia University, said in her presentation “Genetic influences on fat preferences” our genetics influences our preferences for fat, and therefore our propensity for obesity. Fat appeals to humans because of its palatability (it tastes good), its positive post-ingestive feedback to high energy content, and its rich and creamy mouthfeel. Keller went into depth about two genes that impact taste: CD36 and TAS2R38. As she explained there is a phenotype called reduced fat perception which reduces one’s ability to perceive fat in the diet. Therefore, these “non-tasters” seek higher fat foods to compensate, which has a direct impact on their weight. For example, a non-taster would perceive less creaminess in dairy products and therefore the non-taster would like an increased amount of creaminess in the product.

The structurally-related compounds 6-n-propylthiouracil (PROP) and phenylthiocarbamide (PTC) are heritable and strongly correlated. According to Keller, the PROP phenotype and PTC genotype affect one’s preferences for fat. For example, PROP non-tasters don’t discriminate between high vs. low-fat salad dressings. They can’t tell the difference between 10% and 40% fat but do tend to like the higher fat dressings better. This is why non-tasters may have higher body weight. “The non-taster genotype and PROP phenotype combine for a double whammy when it comes to obesity,” said Keller. It should be noted that the environment still does affect obesity rates. If a non-taster lives in an unhealthy food environment he/she is at risk to be the most obese.

Keller went on to propose that CD36 plays a key role in coordinating fat preference and selection with metabolism and storage of fat. Unlike TAS2R38, CD36 is a large gene with hundreds of polymorphisms. One variation (Rs1761667) is associated with heightened ratings of perceived creaminess regardless of fat content. Another variation (RS1527483) is associated with ratings of perceived fat content. As Keller explained, genotyping common taste genes may provide helpful insight about taste preferences and obesity risks. “Genetic markers may help the food industry better understand consumer response to new product development,” she concluded.

A Full-Course Meal on the 2010 Dietary Guidelines

Saturday, June 11th, 2011

In January 2011, the U.S. government released the 2010 Dietary Guidelines for Americans. The Guidelines set a high standard for consumers and is designed to reduce overall caloric intake, increase consumption of more nutrient-dense foods, and increase physical activity to help reduce the incidence and prevalence of obesity in the U.S. population. The guidelines pose both challenges and opportunities for the food science community.

Five sessions in the Scientific Program are dedicated the new Dietary Guidelines. In addition, a press conference in Room 273 on Tuesday at 11:00 am (open to all attendees) will explain the new MyPlate icon and other USDA communication initiatives.

On Sunday afternoon from 1:30–3:00 pm in Room 291, Session 074 New Dietary Guidelines: Improving Food Labels with Fats and Oils will focus on the 2010 Dietary Guidelines’ approach to fat in the diet. The guidelines have shifted the story around fat from avoiding it to including healthful fats as a significant part of a quality diet. Speakers in this panel discussion provide the scientific basis for the current guidelines for fat.

On Monday morning from 8:30–10:00 am in Room 295, Session 117 Changing the Food Environment: What Are We Doing to Implement the 2010 Dietary Guidelines for Americans? will discuss how the USDA, a food trade group, and a public education foundation are working to change the food environment and improve consumer adherence to the 2010 Dietary Guidelines. Participants will understand the comprehensive approach that must be employed by processors, marketers/advertisers, communicators, and policymakers to put the 2010 Dietary Guidelines for Americans into action.

Also on Monday morning from 10:30 am–12:00 pm in Room 295, Session 137 Translating the Dietary Guidelines for Americans to Bring About Real Behavioral Changes will discuss new consumer insights on dietary guidance along with realistic recommendations based on modern food production. Participants will be able to identify opportunities for food and nutrition scientists to work together and establish trust throughout the food chain, bringing the American diet more closely in line with current and future Dietary Guidelines.

On Tuesday morning from 10:30 am–12:00 pm in Room 291, Session 254 Is There Still a Place On the Table for Refined Grains After the 2010 Dietary Guidelines Advisory Committee Report? Rice as a Case Study will discuss how the 2010 recommendation for refined grains was developed and the evidence supporting it, why this recommendation was not included in the 2005 recommendations, and why such a blanket recommendation does not always equate to a healthy dietary pattern. Participants will learn that not all refined grains are similar in their characteristics and how overall dietary patterns influence whether inclusion of refined grains would contribute to a negative or positive physiologic response.

On Tuesday afternoon from 1:15–2:45 pm in Room 295, Session 272 2010 Dietary Guidelines Recommendations On Saturated Fat: A Case for Balanced Fatty Acid Intake Including Saturated Fats will evaluate the implications of nutrition guidance to reduce saturated fat intake and will review the evidence for a how a balanced intake of fatty acids could be critical for optimal human health. Also, the session will explore the potential health effects from changes in fatty acid consumption and the practical considerations for food companies as they manage the formulation and labeling of foods.

Dietary Guidelines Come Into Focus

Thursday, May 5th, 2011

In January 2011, the U.S. government released the 2010 Dietary Guidelines for Americans. The Guidelines set a high standard designed to reduce overall caloric intake, eat more nutrient-dense foods, and increase physical activity to help reduce the incidence and prevalence of obesity in the U.S. population. The guidelines pose both challenges and opportunities for the food science industry. Sessions that highlight the Dietary Guidelines and how the food industry can meet them include:

  • New Dietary Guidelines: Improving food labels with fats and oils (Session 74): This session will focus on the 2010 Dietary Guidelines’ approach to fat in the diet. The Guidelines have shifted the story around fat from avoiding it to including healthful fats as a significant part of a quality diet. Speakers in this panel discussion provide the scientific basis for the current guidelines for fat. The speakers address the translation of these guidelines to an appropriate diet for Americans. There is confusion on the guidelines around fat and how to incorporate healthy fats in a diet pattern. How can products be developed that meet the needs of consumers without sacrificing taste? Speakers will address how these guidelines can be used to address the demand for healthier products by combining taste and health. The discussion will include case studies that demonstrate the ways health and taste can be a part of the same food product.
  • Changing the food environment: What are we doing to implement the 2010 Dietary Guidelines for Americans? (Session 117): The 2010 Dietary Guidelines for Americans have received considerable public attention—more than any other dietary guidelines in the past 30 years. The imperative of improving public health has never been stronger, and the need for food scientists and nutritionists to join forces to combat obesity and other chronic diseases has never been more critical. Processors, advertisers, communicators, and policymakers are dedicated to significantly changing the public health landscape and helping consumers make healthier choices. The panelists describe the initiatives of their organizations to change the food environment and improve consumer adherence to the 2010 Dietary Guidelines.
  • Translating the Dietary Guidelines for Americans to bring about real behavioral changes (Session 137): After 25 years of dietary guidance, now more than ever food and nutrition scientists are looking for ways to bring meaningful change to the American diet. While the simplest solution appears to be a back-to-basics approach, the realities of modern life and the current food supply make the answer more complex. It is well-known that dietary guidance exists to optimize consumption of targeted nutrients or foods, but consumer adoption of existing guidance is low. This session involves a discussion on new consumer insights on dietary guidance along with realistic recommendations based on modern food production. Are food science professionals doing enough to help Americans?
  • Is there still a place on the table for refined grains after the 2010 Dietary Guidelines advisory committee report? Rice as a case study (Session 256): The 2010 Dietary Guidelines Advisory Committee Report places refined grains in the same category as added sugars and saturated fat. This categorization leads to questioning the role refined grains should play in U.S. diets. Moreover, the simplified categorization places all refined grains in the same category, ignoring the fact that not all refined grains result in the same physiological responses. This session explains the rationale for this categorization and what implications it holds for consumers and food manufacturers.
  • 2010 Dietary Guidelines recommendations on saturated fat: A case for balanced fatty acid intake including saturated fats (Session 272): There continues to be substantial pressure from many health and nutrition leaders to reduce saturated fat to as low as 5% even though the evidence of population-based benefit is less clear. A change in the consumption pattern of a class of fatty acids can have unexpected and unintended consequences on human health. This symposium evaluates the implications of nutrition guidance to reduce saturated fat intake and reviews the evidence for a how a balanced intake of fatty acids could be critical for optimal human health. Also, the session covers potential health effects from changes in fatty acid consumption and the practical considerations for food companies as they manage the formulation and labeling of foods.

New Soybean Oils Increase Stability, Reduce Saturates

Tuesday, July 20th, 2010

New high-oleic soybean oils nearing commercialization offer greater stability for food processors and reduced saturated fatty acids for consumers, according to speakers at a media breakfast on Monday, July 19, hosted by Qualisoy (Booth 3531).

Plenish high-oleic soybean oil from Pioneer Hi-Bred (Booth 7340) provides greater heat stability for frying and increased fry life (2–3X more than conventional soybean oil). The oil also reduces polymer build-up in deep-fat fryers. Approved by the USDA in June 2010 for cultivation in the United States, the enhanced-trait oil contains 20% less saturated fats than commodity soybean oil and 75% less saturates than palm oil.

Monsanto’s Vistive Gold high-oleic soybean oil (Booth 6003) offers 85% less saturated fat than palm oil, 60% less than commodity soybean oil, and 70% less than fry shortenings. It will be commercially available in about 1–3 years. Monsanto has collaborated with Solae (Booth 4229) to introduce Soymega SDA (stearidonic acid) soybean oil. SDA converts to EPA in the body more efficiently than ALA, another plant-based omega-3 fatty acid. The oil, which contains 20% SDA in mixed triglyceride form, has a clean flavor and can be incorporated in a variety of foods to increase omega-3s.

National Starch Food Innovation, Booth 4036

Tuesday, July 20th, 2010

Trend: Reducing Formulation Costs
Product: HOMECRAFT Create 765 Specialty Flour
Commercialized: 2010

National Starch Food Innovation has introduced a new concept that reduces the cost of indulgent baked goods by reducing the fat content by as much as 60%. Based on National Starch’s specialty flour technology, HOMECRAFT Create 765 allows for the formulation of reduced-fat dessert mixes, cakes, pastries, and cookies with texture and sensory properties that closely match full-fat standards.

HOMECRAFT Create 765 can bring processing benefits by reducing the fat fraction in the raw materials to improve transport and mixing. HOMECRAFT Create 765 carries a wheat flour label declaration, so producers do not have to change their ingredients list. Furthermore, HOMECRAFT Create 765 can help manufacturers improve the nutritional profile of their products by reducing total calories, calories from fat, and grams of fat per serving.

Click here to view a video with National Starch Food Innovation.

http://www.foodinnovation.com