Yeast Extract a Treasure from Nature for Food
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Eating Well to Prevent Vitamin B12 Deficiency
www.healthinfo.org.nz Eating well to prevent vitamin B12 deficiency Vitamin B12 helps keep your body's nerve and blood cells healthy. It helps make DNA, the genetic material in your cells. It also helps prevent a type of anaemia that can make you feel tired and weak. Causes of vitamin B12 deficiency Normally, your stomach and intestines digest and absorb vitamin B12 from your food. Vitamin B12 deficiency happens when your stomach and intestines can't absorb the vitamin. This can happen if any of the following apply. ▪ You have pernicious anaemia. This is where your body destroys the cells in your stomach that help you absorb vitamin B12. ▪ You have had surgery to remove part of your stomach or the last part of your small intestine. ▪ You have a digestive disorder such as coeliac disease or Crohn's disease. ▪ You are on certain long-term medications that make it harder for your body to absorb vitamin B12. These medications include antacids, heartburn medicines such as omeprazole and pantoprazole, and metformin. ▪ You are 65 or older. Vitamin B12 deficiency can also happen if you don't eat enough foods with vitamin B12. Most people in New Zealand get plenty of vitamin B12 from food. But some people might not get enough. These people include: ▪ vegans or strict vegetarians ▪ babies who are breastfed by mothers who are vegan or strict vegetarians ▪ people who eat little or no animal foods ▪ older people who have a poor appetite and eat very small meals. Treating vitamin B12 deficiency Vitamin B12 deficiency is diagnosed through a blood test. -
Dining Guide Vegetarian Visitor Trays • Between 6:30 A.M
Additional Meal Options for Family & Visitors : Dining Guide Vegetarian Visitor Trays • Between 6:30 a.m. and 6:00 p.m., visitors can arrange to receive a lunch or dinner tray to a patient’s room for an additional fee. Meals are charged at the time of service (Credit Card Only). • With advance notice, you may be able to personalize your menu selections. • If you contact the central kitchen one hour prior to regular meal service times, we will be happy to serve your tray along with the patient meals. • If you have any questions or would like to purchase a visitor tray please call the central kitchen at ext. 2-5200. Cafeteria • Hours: 6:30 a.m. – 3:30 p.m. In A Rush • Hours: 6:30 a.m. – 4:30 p.m. Open Monday through Friday (excluding holidays) Located on the 2nd floor in the Armour Academic Center building. • Offers a wide variety of hot & cold menu items Nutrition – including freshly prepared custom made salads, sandwiches, a rotating build your own station, The Key to Unlocking Good Health along with hot soups, desserts and several comfort food items. Our chefs at Rush have developed a menu to not only • Serves Intelligentsia coffee and many specialty coffee entice your taste buds but also meet your nutrition options as well as fresh fruits, homemade baked needs during your stay. goods, smoothies and more. Daily Orders Vending Machines • Hours: 24hrs/day You will be given a menu form to make your selections for Breakfast, Lunch and Dinner the next day . Located throughout the Medical Center. -
Yeast Extract, Product Information
YEAST EXTRACT (7184) Intended Use Yeast Extract is an autolysate of yeast cells used in preparing microbiological culture media in a laboratory setting. Yeast Extract is not intended for use in the diagnosis of disease or other conditions in humans. Product Summary and Explanation Yeast Extract is the water-soluble portion of autolyzed yeast. The autolysis is carefully controlled to preserve naturally occurring B-complex vitamins. Yeast Extract is prepared and standardized for bacteriological use and cell cultures, and is an excellent stimulator of bacterial growth. Yeast Extract is generally employed in the concentration of 0.3% - 0.5%. Yeast Extract is typically prepared by growing baker’s yeast, Saccharomyces spp., in a carbohydrate-rich plant medium. The yeast is harvested, washed, and resuspended in water, where it undergoes autolysis, i.e., self-digestion using the yeast’s enzymes. Yeast Extract is the total soluble portion of this autolytic action. The autolytic activity is stopped by a heating step. The resulting Yeast Extract is filtered clear and dried into a powder by spray drying. Yeast Extract has been successful in culture media for bacterial studies in milk and other dairy products.1-5 Several media containing Yeast Extract have been recommended for cell culture applications.6,7 Principles of the Procedure Yeast Extract provides vitamins, nitrogen, amino acids, and carbon in microbiological and cell culture media. Precaution 1. For Laboratory Use Only. Quality Control Specifications Physical and Chemistry: Dehydrated Appearance: Powder is homogeneous, free-flowing, and light tan to beige. Prepared Appearance (2% Solution): Prepared medium is brilliant to clear, amber, without or with a slight precipitate. -
KITCHEN HELP 5 the Condiment Station Sorting and Storing Food
The Condiment Station: Sorting & Storing Food The Condiment Station: Sorting and Storing Food Bridging the Employment Gap 2008 Kitchen Help 183 The Condiment Station: Sorting & Storing Food Bridging the Employment Gap 2008 Kitchen Help 184 The Condiment Station: Sorting & Storing Food The Condiment Station: Sorting & Storing Food This unit will provide strategies for helping students to identify pre-packaged condiments. They will experience a situation they may encounter in the workplace: refilling a condiment station and napkin containers. They will also learn to refill containers on tables, such as salt and pepper shakers. Safe storage requirements of different foods will be discussed briefly. PREREQUISITE OR ADDITIONAL SKILLS NOT TAUGHT IN THIS UNIT • Concepts of same and different, full and empty, part-full • Ability to classify and sort • Colour recognition • Good oral vocabulary of food words • Some sight vocabulary, especially of food words • Experience eating in restaurants, sit-down and take-out • Recognition of what ketchup, vinegar, mustard, etc. are • Some letter/sound knowledge • Experience with storing food at home OBJECTIVES Students will • Recognize labels on condiment packages, using clues such as pictures, initial letters, colours, etc. • Sort according to criteria • Place napkins in a box or refill container • List types of food And their storage paces • Stock a condiment station, matching packages with their correct containers • Find a requested food item • Know how to safely store different types of food (fridge, freezer, shelf, etc.) MATERIALS • Cereals, cans of soup, cans of vegetables etc (use empty and clean containers, or full) • Packets of condiments: salt, pepper, sugar, brown sugar, sweetener, milk, creamer, butter, jam, ketchup, vinegar, mustard, relish, etc. -
Fermentation Yeast Extract – More Than Just a Nitrogen Source Yeast Extracts – What Makes Them Unique?
EXCELLENCE IN YEAST INNOVATIVE SOLUTIONS FOR BIOTECH APPLICATIONS Fermentation Yeast Extract – More than just a nitrogen source Yeast Extracts – What makes them unique? In the complex world of biotechnology and fermen- product. Yeast extract from brewers’ yeast is charac- tation, Leiber brewers’ yeast extracts have proven to terized by a high sustainability and thus the manu- be more than just a nitrogen source! Yeast extracts facturing can be regarded as ecologically valuable have a long tradition in the fermentation industry, and efficient. serving as a nutritious and effective complex nit- rogen source for a broad spectrum of production microorganisms belonging to bacteria, fungi and yeasts. The production of beer, and thus the production of the by-product brewers’ yeasts is carried out mainly on the basis of renewable, natural raw materials such as barley, hops and water. The solids, including mainly the yeast biomass, remain in the tank as by- Yeast extract composition and their benefits Building blocks for biosynthesis Important growth factors Supply of nitrogen Metabolic driver Proteins & Nucleotides free amino acids Essential enzymatic cofactors for biocatalytic activities Vitamins & Minerals & Derivatives Pace maker of fermentation Traces Impacting and regulating intracellular transport processes Cell protection Carbohydrates & Derivatives Maintaining electrical potential via Storage compounds membranes Enzymatic cofactors Cell protection against stress, osmotic pressure, free radicals Yeast cell wall Brewers’ yeast cell wall consists of a substantially complex structure containing many interesting and functional components, such as β-1,3- and β-1,6-linked glucan, mannans, mannoproteins, sterols and phospholipids. All these components present a multitude of interesting functions, which serve as versatile tools among others in the field of wine production including clarification, improving fermentation performance and flavoring. -
The Effect of Processing on the Glucosinolate Profile of Mustard Seed
The effect of processing on the glucosinolate profile of mustard seed Katherine Cools, and Terry, L.A.* Plant Science Laboratory, Cranfield University, Bedfordshire, MK43 0AL, UK. * Corresponding author. E-mail address: [email protected] (L.A. Terry) Tel.: +44-7500-766-490 Co-author e-mail address: [email protected] (K.Cools) Abstract Brassica juncea mustard seed are used to make mustard paste or condiment. Mustard seed contains glucosinolates which are converted to isothiocyanates following cell disruption by the enzyme, myrosinase. Isothiocyanates are sulphur-containing compounds which give a pungent flavour to the mustard condiment. Three mustard seed cultivars from two seasons were processed into Dijon- and wholegrain-style mustard and glucosinolates and isothiocyanates analysed. Canadian cv. Centennial tended to contain higher glucosinolates compared with the French cv. AZ147 and Ukrainian cv. Choraiva. Conversion of the mustard seed into a wholegrain condiment had less effect on total isothiocyanates and sinigrin content compared with the Dijon preparation. The Canadian mustard cultivars produced wholegrain-style mustard with higher total isothyocyantes and sinigrin compared with the French and Ukrainian cultivars. In summary, results herein suggest that Canadian mustard seed cvs. Centennial and and Forge, and wholegrain processing may result in a condiment with greater bioactive composition. Keywords: Brassica juncea, condiment, cultivar, isothiocyanate, sinigrin. 1 1. INTRODUCTION Brassica juncea L. (syn. Sinapis juncea L.) is a hydrid between B. rapa and B. nigra giving it the characteristics of rapid growth from B. rapa and the mustard oil of B. nigra. There are two forms of B. juncea; the oilseed type and the vegetable type which is used for its edible leaves, stems and roots (Dixon, 2007). -
Analysis of Gluten in Dried Yeast and Yeast-Containing Products
foods Article Analysis of Gluten in Dried Yeast and Yeast-Containing Products Laura K. Allred 1,* , Mitchell G. Nye-Wood 2 and Michelle L. Colgrave 2 1 Gluten Intolerance Group of North America, Auburn, WA 98092, USA 2 School of Science, Edith Cowan University, Joondalup, WA 6027, Australia; [email protected] (M.G.N.-W.); [email protected] (M.L.C.) * Correspondence: [email protected] Received: 22 October 2020; Accepted: 27 November 2020; Published: 2 December 2020 Abstract: Yeast are commonly used in the preparation of foods and beverages such as beer and bread and may also be used on their own as a source of nutrients and flavoring. Because of the historical connection of yeast to products made from wheat and barley, consumers maintaining a gluten-free diet can have concerns about the safety of yeast ingredients. Analyzing the safety of yeast and yeast-containing products presents some difficulties, as the yeast organisms actively degrade any gluten in the product, raising questions on the appropriateness of detection by traditional antibody-based methods. This study examines a variety of yeast and yeast-containing products by competitive ELISA and liquid chromatography-mass spectrometry for the estimated level of gluten proteins. While samples such as yeast extracts and nutritional yeast contained gluten levels below the 20 mg/kg (or parts per million, ppm) threshold defined by Codex Alimentarius, one baking yeast and a nutritional yeast supplement sample contained higher levels of gluten. This study demonstrates that both competitive ELISA and liquid chromatography-mass spectrometry provide similar results in the detection of wheat and barley gluten in yeast-containing products. -
Download Chapter 9
ITE BS V E IS I W T R O U U R O T W I E S I B V S I T E A guide to sustainable menus A step by step approach to sustainablility November 2019 Chapter 9 Choosing your sustainable condiments, seasonings, sweeteners, and fats CHAPTER 9 Choosing your sustainable condiments, seasonings, sweeteners, and fats Sustainable condiments, 1 seasonings, sweeteners, and fats Why consume condiments, seasonings, sweeteners, and fats? Condiments, seasonings, sweeteners, and fats are ways to add flavour to your prepared meals! In addition, small amounts can enhance synergistic nutrient properties192 that may not be found in prepared meals. For example, consuming tomatoes with olive oil has been found to enhance the function of nutritional compounds in tomatoes.193 Why are sustainable condiments, seasonings, 126 sweeteners, and fats important? Sustainable condiments, seasonings, sweeteners, and fats are local products which support local economies, are created with whole ingredients and minimize waste. Using a variety of these products also moves away from reliance on the production of staple products such as salt and pepper, thereby encouraging a diversity of crops grown sustainably, globally. It also widens the taste palate of your clientele. How do sustainable condiments, seasonings, sweeteners, and fats impact health? Condiments, seasonings, sweeteners, and fats can be a source of hidden calories. However, they are good for your health when consumed responsibly. Consumption in small amounts is harmless; 2019 however, large amounts of any product can result in an excess of — sodium or sugar, for example, and have detrimental effects on health and the environment. -
Arby's® Menu Items and Ingredients
Arby’s® Menu Items and Ingredients LIMITED TIME OFFERS Half Pound French Dip & Swiss/Au Jus: Roast Beef, Au Jus, Buttermilk Chicken Cordon Bleu: Buttermilk Chicken Fillet, Cinnamon Apple Crisp Swiss Cheese (Processed Slice), Sub Roll. Pit-Smoked Ham, Mayonnaise, Swiss Cheese (Natural Slice), Star Cut Bun. Cinnamon Apple Crisp, Whipped Topping. Arby’s Sauce® Buttermilk Buffalo Chicken: Buttermilk Chicken Fillet, Coke Float Horsey Sauce® Coca Cola, Vanilla Shake Mix. Parmesan Peppercorn Ranch Sauce, Spicy Buffalo Sauce, Three Cheese: Roast Beef, Parmesan Peppercorn Ranch Shredded Iceberg Lettuce, Star Cut Bun. Sauce, Swiss Cheese (Processed Slice), Cheddar Cheese Chicken Tenders SIGNATURE (Sharp Slice), Cheddar Cheese (Shredded), Crispy Onions, Smokehouse Brisket: Smoked Brisket, Smoky Q Sauce, Star Cut Bun. Tangy Barbeque Sauce Buffalo Dipping Sauce Mayonnaise, Smoked Gouda Cheese, Crispy Onions, Star Fire-Roasted Philly: Roast Beef, Roasted Garlic Aioli, Swiss Cut Bun. Cheese (Processed Slice), Italian Seasoning Blend, Red & Honey Mustard Dipping Sauce Traditional Greek Gyro: Gyro Meat, Gyro Sauce, Gyro Yellow Peppers, Sub Roll. Ranch Dipping Sauce Seasoning, Tomatoes, Shredded Iceberg Lettuce, Red Onion, Flatbread. TURKEY SLIDERS Turkey Gyro: Roast Turkey, Gyro Sauce, Gyro Seasoning, Grand Turkey Club: Roast Turkey, Pepper Bacon, Swiss Pizza Slider: Genoa Salami, Pepperoni, Swiss Cheese Red Onion, Tomatoes, Shredded Iceberg Lettuce, Flatbread. Cheese (Processed Slice), Tomatoes, (Processed Slice), Robust Marinara, Split Top Bun. Roast Beef Gyro: Roast Beef, Gyro Sauce, Gyro Seasoning, Leaf Lettuce, Mayonnaise, Harvest Wheat Bun. Buffalo Chicken Slider: Prime-Cut Chicken Tenders, Red Onion, Tomatoes, Shredded Iceberg Lettuce, Flatbread. Roast Turkey Ranch & Bacon Sandwich: Roast Turkey, Parmesan Peppercorn Ranch Sauce, Spicy Buffalo Sauce, Loaded Italian: Pepperoni, Genoa Salami, Pit-Smoked Pepper Bacon, Red Onion, Tomatoes, Leaf Lettuce, Split Top Bun. -
Al'fez Recipe Book
Al’Fez Recipe Booklet Al’F ez p rod uc ts d on ’t c o n t a i n a n y a r t i ë c i a l a d Al’Fez is a premium food range inspired by the d i t cuisines of North Africa and the Middle East. i v e At the heart of every Al’Fez product lays the promise of discovery; s and we have put together a delightful selection of North African and Middle Eastern inspired products for you to enjoy. Sauces, dressings, spice blends and core ingredients help you to quickly and easily recreate Moroccan and Lebanese classics: from tagines to spiced couscous and delicious falafel to aromatic kebabs. Discover a whole new world with Al’Fez Discover a whole new world online at... alfez.com | alfez.nl @alfezuk @alfezuk Al’Fez Tear & Share Flatbread Recipe Suggestions: 4 Authentic Flatbreads with a Spicy Moroccan Top with crumbled Feta Cheese, Rocket Leaves, Olives, Seasoning Mix Toasted Pine Nuts or Pomegranate Seeds - or drizzle with Lemon Juice for some extra zing! Add a touch of the exotic to your meal with these deliciously moreish Moroccan style flatbreads. Topped with our house-blend • Mix Moroccan Seasoning with oil of spices, these breads make a delicious appetiser or meal • Spread Seasoning on bread accompaniment. • Grill or Bake • Top and serve as desired Figs, Feta & Rocket Olives, Onion & Try with Parsley Za’atar too! Beetroot, Carrot& Goats Labneh Za’atar Al’Fez Za’atar Spice Blend Cheese Salad A herby and aromatic blend of Thyme and Sesame Seeds Za’atar is a versatile, fragrant and tangy seasoning mix that is used throughout Middle Eastern cuisine to add warmth and subtle nuttiness to dishes. -
Wasabi – Eutrema Japonicum
Did You Know? Wasabi – Eutrema japonicum • Is in the Brassicaceae family, the same family as horseradish, mustard, cabbage and kale • Japanese horseradish is a common name (although it is not in the same genus as horseradish) • Prepared wasabi comes from grating the rhizome of the Eutrema japonicum plant • Most commonly sold as a dried powder or as a paste in a tube • Originated in Japan, and can be traced back to 794 CE • The condiment sold as wasabi often contains no wasabi at all, but is rather a mixture of horseradish, mustard and food coloring • Leaves, rhizomes, stems (petioles) and flowers of the wasabi plant are edible • Grate the wasabi rhizome just before serving as it loses flavor 10- 15 minutes after it has been prepared • Traditionally, the grater used to prepare wasabi was made from a piece of dry sharkskin stapled to a wooden paddle. Grating was done by pressing the rhizome onto the paddle and moved in a circular motion until a paste formed. • Studied for medicinal uses, including as an anti-inflammatory, anti-bacterial and to reduce risk of osteoporosis, heart disease, and cancer • Is high in antioxidants, vitamin C and contains some vitamin A and iron • Wasabi grows in cool, shady conditions in temperate regions (45-70˚F), preferring high humidity during the summer months and ample water. • Wasabi requires 18 months and up to three years of growth to reach maturity • Commercially, wasabi is grown in northern Japan, parts of China, Taiwan, Korea and New Zealand. The right climate balance for successful wasabi growth can be found in North America in the rain forests on the Oregon Coast and parts of the Blue Ridge Mountains in North Carolina and Tennessee. -
Increase Yield and Quality of Your Yeast Extracts
Yeast extracts Increase yield and quality of your yeast extracts For as long as yeast extract has been used as a flavorful food ingredient, producers have been striving to get the most out of the production process. With enzymes, there’s an efficient way for you to ensure a greater yield — while producing the high-quality, natural flavors consumers want. Traditional yeast extract production uses enzymes existing naturally within the yeast. But by helping the process with an optimal combination of enzymes from Novozymes, you can secure a variety of even more tasty advantages. Benefits Better-tasting yeast extracts High-quality extracts Optimal economy and flexibility Gentle but effective hydrolysis with The enzymatic process ensures optimal The right enzyme combination speeds enzymes ensures a deep umami flavor, control over your final yeast products’ up production time, reducing your costs with minimal off-flavor of your yeast characteristics, due to the targeted and increasing production capacity. By extract. Along with a savory profile, the action of enzymes. Enzymes work highly offering a portfolio of the industry’s extract is rich in amino acids, efficiently and elicit onlyh t e reactions most advanced proteases and nucleotides, peptides, vitamins and they are supposed to. Yield increases experienced technical service, flavor compounds — giving you the with the right enzymes, and the final Novozymes can help by matching our opportunity to make compelling product has a higher content of dry enzymes to your substrate source, marketing claims. matter and free amino nitrogen than process environment, intended market when using traditional methods. That and profitability. means your extracts have the deeper flavor profile consumers want, and that can differentiate your product.