Course:FNH200/Assignments/2022/Siggi's Vanilla Yogurt - Nonfat vs Triple Cream
Yogurt is a food produced by the use of bacterial fermentation through the use of live active cultures to induce fermentation. The fermentation of these sugars in the milk caused by these live bacteria produces lactic acid to work with proteins in milk to create its distinctive texture and flavour, alongside the benefit of enhanced preservation. In addition, the probiotics within the yogurt are good for the digestive tract, hence it is a popular food commodity in Canadian culture.
Brief Overview
We as a group have chosen to compare Siggi's Vanilla Cinnamon Creamy Yogurt and its non fat alternative Siggi’s Vanilla Non Fat Yogurt. We will be comparing their differences in terms of ingredients, the use of different substitutes, added additives as well as the labeling requirements for both items.
Post pictures
Ingredient lists (5 points)
Siggi’s Vanilla Non-Fat Yogurt | Siggi's Vanilla Cinnamon Creamy Yogurt | |
---|---|---|
Ingredients | Skim milk,
Sugar (organic agave syrup), Water, Vanilla bean paste, Pectin, Lemon juice concentrate, Active bacterial cultures. |
Ultrafiltered skim milk,
Skim milk, Cream, Water, Sugars (cane sugar, organic honey), Vanilla bean paste, Pectin, Cinnamon, Lemon juice concentrate, Active bacterial cultures |
Amount | % Daily Value | ||
---|---|---|---|
Calories | 130 | ||
Fat | 0.3g | 0% | |
Saturated | 0.2g | 1% | |
+ Trans Fat | 0g | ||
Cholesterol | 10mg | ||
Sodium | 60mg | 2% | |
Carbohydrate | 14g | 5% | |
Fibre | 0g | 0% | |
Sugars | 11g | 11% | |
Protein | 18g | ||
Potassium | 250mg | 5% | |
Calcium | 175mg | 13% | |
Iron | 0mg | 0% | |
Nutrition Facts (Creamy)
Per 3/4 Cup (175g)
Amount | % Daily Value | ||
---|---|---|---|
Calories | 180 | ||
Fat | 5g | 7% | |
Saturated | 3.5g | 19% | |
+ Trans Fat | 0.2g | ||
Cholesterol | 25mg | ||
Sodium | 50mg | 2% | |
Carbohydrate | 17g | ||
Fibre | 0g | 0% | |
Sugars | 14g | 14% | |
Protein | 15g | ||
Potassium | 225mg | 5% | |
Calcium | 450mg | 35% | |
Iron | 0.2mg | 1% | |
- Could not find a photo of the nutritional facts label without copyright issues; therefore we typed them out manually instead.
Yogurts are formed when bacteria ferments the milk sugar lactose into lactic acid; Siggi’s Yogurt is made using Streptococcus thermophilus and Lactobacillus delbrueckii subspecies bulgaricus. These two cultures are often found together in a symbiotic relationship, with ratios between them varying based on manufacturer. The specifics of the relationship are that when L. delbrucekii produces amino acids from the milk, it is used by S. thermophilus. These cultures are used in Siggi’s line of yogurts, as different bacteria are used in production of Kefir and Fermented Milk, sauerkraut and kimchi (fermented cabbage), and sourdough bread for example.
Sugar Substitutes: While sugar substitutes have been long used for soda drinks and food, it is becoming more and more popular by the day. Though the product itself will be very similar, the sugar substitutes will provide more of a “healthier” approach. Some sweeteners have been made for people to enjoy without excessive caloric intake. In the non fat yogurts, Organic Agave Nectar, a sweetener derived from agave plants, has been used.
Fat Substitutes: Fat substitutes have been a trend in the past couple of years when it comes to providing a healthier processing approach. Fats provide aromatic scents, textures as well as flavour. However, consuming excess amounts of fat can lead to cardiovascular problems. Fat substitutes are categorized into 3 different categories: carbohydrate-based, protein based and fat-based. In the Siggi’s Triple Cream yogurt, pasteurized cream (the fat portion of the milk ) was used to provide texture.
Additives: Fruit Pectin consists of a set of polysaccharides commonly found in plants or fruits, and is a structural polymer in plants (ie. apples). Pectin’s primary functions are:
- Forming the cementing material between individual plant cells.
- Affecting the texture of plant tissues.
- Used in jams and jellies as gelling agents in the presence of sufficient sugar and acid.
- Contributes to the viscosity of tomato paste and ketchup.
- Contributes to the mouth feel and maintenance of particles in suspension (e.g. orange juice, unclarified apple juice).
In Siggi’s Vanilla non-fat yogurt, fruit pectin acts as a gelling agent to change the viscosity of the yogurt itself, make the yogurt more creamy and have a thick texture.
Comparing and contrasting the lists of the two products:
Non Fat Ingredients: Skim milk, Sugar (organic agave syrup), Water, Vanilla bean paste, Pectin, Lemon juice concentrate, Active bacterial cultures.
Creamy Ingredients: Ultrafiltered skim milk, Skim milk, Cream, Water, Sugars (cane sugar, organic honey), Vanilla bean paste, Pectin, Cinnamon, Lemon juice concentrate, Active bacterial cultures.
Starting with the similar ingredients first: we can see that both the non fat and creamy versions of Siggi's yogurts contain skim milk, water, vanilla bean paste, pectin, lemon juice concentrate and the same active bacterial cultures. In contrast, we may observe that the creamy version has additional sugars as well as a different type of sugar. We can also see that there is ultrafiltered skim milk added to the product and that there is cinnamon to account for the flavour difference.
An interesting difference is the incorporation of ultrafiltered skim milk in the creamy yogurt version. This additional ingredient is more concentrated and is usually used to increase the protein or decrease the lactose. This may explain the creamier texture of the creamy version, as the ultrafiltered skim milk is more concentrated with protein, a chemical that causes the thicker texture in the product. In addition, the creamy version uses cream, the higher fat content of milk which will add to the flavour and texture of the yogurt.
Cane sugar and organic honey is used in the creamy version rather than organic agave syrup in the non fat version. Cane sugar and honey are both much sweeter than agave syrup; specifically honey is mainly composed of fructose, whereas agave has greater amounts of glucose. Taking a look at the nutrition facts, we can observe the 14g of sugar /175g of yogurt in the creamy version compared to the 11g in the non fat version, which may be taken into account for the 50 calorie difference per serving.
Labels (2 points)
Siggi’s Vanilla Non-Fat Yogurt | Siggi's Vanilla Cinnamon Creamy Yogurt | |
---|---|---|
Common Name | Known as Siggi’s Vanilla Non Fat Yogurt | Known as Siggi’s Vanilla Cinnamon Icelandic Strained Yogurt |
Bilingualism | The product only contains English and French labels | The product only contains English and French labels |
Country of Origin | No country of origin is listed on the label, only who it is distributed by which is The Icelandic Milk & Skyr Corporation based in New York, USA | No country of origin is listed on the label, only who it is distributed by which is The Icelandic Milk & Skyr Corporation based in New York, USA |
Date Markings & Storage Instructions | “Best by” date is listed on the cup's bottom.
|
“Best by” date is listed on the cup's bottom.
|
Name & Principle Place of Business | The company that makes this product is called The Icelandic Milk & Skyr Corporation and it is based in New York, USA | The company that makes this product is called The Icelandic Milk & Skyr Corporation and it is based in New York, USA |
Legibility & Location | The legibility for all the necessary and important information on the labels is easily read and fairly well placed in locations you would usually expect to find them
(such as the nutrition table and best by date on the bottom of the cup) |
The legibility for all the necessary and important information on the labels is easily read and fairly well placed in locations you would usually expect to find them
(such as the nutrition table and best by date on the bottom of the cup) |
Net Quantity | The net weight of the container is 150g or 5.3oz which is declared clearly in the bottom right on the front of the container | The net weight of the container is 650g which is declared clearly in the bottom right on the front of the container |
Nutrition Facts | The table contains all necessary information for a dairy-based product such as serving size and milk fat %.
|
The table contains all necessary information for a dairy-based product such as serving size and milk fat %.
|
Irradiation | Product is not irradiated, so it is not present on the container or labels | Product is not irradiated, so it is not present on the container or labels |
List of Ingredients and Allergens | The product is a dairy product which can be an allergen for those with dairy/milk allergies | The product is a dairy product which can be an allergen for those with dairy/milk allergies |
Sweeteners | The main sweetener that is present in the product is Organic Agave Syrup | The main sweeteners that are present in the product are Organic Honey and Cane Sugar |
Food Additives | Pectin | Pectin |
Claims and Statements | Does not appear to be any nutrient or diet related claims, or any label infractions for the triple cream product | Does not appear to be any nutrient or diet related claims, or any label infractions for the triple cream product |
Regulatory Compliances:
Bilingual Labelling | Yes |
Common Name | Yes |
Country of Origin | Yes |
Date markings and storage instructions | Yes |
Name and principal place of business | Yes |
Irradiated Foods | Yes |
Legibility and Locations | Yes |
List of ingredients and allergen | Yes |
Net Quantity | Yes |
Nutrition labelling | Yes |
Sweeteners | Yes |
Food additives | Yes |
Fortification | Yes |
Grades | Yes |
Standards of identity | Yes |
Personal Choice (3 points)
Please submit your individual component of this assignment on Canvas to protect your privacy and your personal opinion
References
Please use the Wikipedia reference style. Provide a citation for every sentence, statement, thought, or bit of data not your own, giving the author, year, AND page.
Note: Before writing your wiki article on the UBC Wiki, it may be helpful to review the tips in Wikipedia: Writing better articles.[1]
- ↑ En.wikipedia.org. (2018). Writing better articles. [online] Available at: https://en.wikipedia.org/wiki/Wikipedia:Writing_better_articles [Accessed 18 Jan. 2018].
This Food Science resource was created by Course:FNH200. |