Country Cheese – a Primer by Dan Gill, Ethno-Gastronomist
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Cheese & Tofu Making
Cheese Making & Tofu March 25, 2009 Bigfork’s Essential Stuff Newsletter -- Bringing People Together A Publication of the Essential Stuff Project, Bigfork, Montana CHEESE MAKING Equipment: • Large stock pot (enamel or stainless steel, no aluminum) • Thermometer (dairy preferred but a candy thermometer will work) • Cheese cloth – 10 yards, approximately - game bags provide more substance • large spoon • long knife • spatula • Cheese press – see photo-check Google “make cheese press” for other designs Ingredients: • Milk: raw or pasteurized, Not Ultra-pasteurized 3 ¾ gallons == 3 - 5 pounds cheese (semi-hard) 5 quarts == 1 pound cream cheese, or 1 ¼ pound cottage cheese • Cultured buttermilk (as starter) • Rennet tablets (¼ tablet/2 gallons milk), vegetable alternatives are available, see References • Salt (optional) canning/pickling salt works well- do not use iodized salt 1st Step: Prepare activator: Pour ¼ cup cultured buttermilk into each of 4 quart jars. Fill jars with milk, put on clean caps, shake, allow to stand for 24 hours at room temperature. 2nd Step: Inoculate milk: Add contents of 1 quart of buttermilk that you inoculated the night before, to large stock pot, pour in 2 gallons of milk, mix with a clean spoon. Warm the milk over low heat to 86-90 degrees F. Remove from heat and allow to ripen for 1 - 2 hours. ESP by FWade 1 of 4 March 25, 2009 Cheese Making & Tofu 3rd Step: Curdling: Dissolve ¼ of rennet tablet in ½ cup cool water, for each 2 gallons of milk (better a little too much than too little) make sure the ripened milk is between 86 and 90 de- grees; check with thermometer. -
2018 Bottle Bill Expansion: Frequently Asked Questions
2018 Bottle Bill Expansion Frequently Asked Questions Beginning January 1, 2018, all beverages except distilled liquor, wine, dairy or plant- based milks, infant formula, and meal replacement beverages will have an Oregon refund value of 10 cents. The following are frequently asked questions about this expansion: Q: The list above describes the beverages that will not have an Oregon refund value. What new beverages will have a refund value? A: There are too many beverages on the market to list them all, but some common types of beverages that will have a refund value beginning on January 1, 2018 include juice, hard cider, energy and sports drinks, tea, coffee (including frappuccinos and other coffee drinks that include milk), kombucha, ready-to-use mixers (such as margarita mix), smoothies, protein shakes (unless they are marketed as a meal replacement), non- alcoholic wine, nutritional supplements (like Muscle Milk), drinking vinegar, marijuana beverages, and coconut water. Q: What are some specific products that will not have an Oregon refund value? A: In addition to distilled liquor, wine, dairy or plant-based milks, infant formula, and meal replacement beverages, here are some products that will not be included in the expansion: kefir, buttermilk, flavored milks (such as chocolate), lactose free milk, vinegar (unless it is marketed as a drinking vinegar), flavoring, condiments (such as soy sauce and sriracha), concentrates (including concentrated juices and concentrated coffee), mead (which is a wine), hard cider over 8.5% alcohol by volume (which is considered a wine), syrup, and coconut milk. Q: Will a beverage containing distilled liquor be exempt even if it contains other beverages that have a refund value? A: Any beverage containing distilled liquor will be exempt even if the beverage contains other ingredients. -
Heirloom Buttermilk Starter Instructions
INSTRUCTIONS FOR MAKING BUTTERMILK 1 Put 1 quart pasteurized milk into a glass or plastic container. 2 Add ¼ cup buttermilk from the previous batch. Mix thoroughly. To make larger batches, use 1 tablespoon buttermilk per cup of milk, making up to ½ gallon per container. 3 Cover with a towel or coffee filter, secured with a rubber band, or put a lid on the container. 4 Place in a warm spot, 70°-77°F, to culture for 12-18 hours. 5 Check every few hours by tilting the jar gently. If the buttermilk moves away from the side of the jar in one mass, CULTURED BUTTERMILK instead of running up the side, it is finished culturing. STARTER 6 Once it has set, cover with a tight lid and refrigerate for at least 6 hours. BEFORE YOU GET STARTED 7 The cultured buttermilk can now be eaten. Reserve some for culturing the next batch. • This box contains 2 packets of freeze-dried buttermilk starter. • Follow Instructions for Making Buttermilk (above) to make a Please store one packet in the freezer as backup. new batch at least every 7 days to keep your cultures strong. • If at any point you have questions or concerns about Always use the freshest batch of buttermilk as starter. your culturing process, contact Customer Support before • If you wish to use raw milk to make buttermilk, please visit discarding anything. our website for detailed instructions. • Avoid using ultra-pasteurized or UHT milk • Avoid aluminum utensils when making buttermilk. Stainless steel is acceptable. • Fermented foods often have a sour but clean aroma and flavor. -
Let's Make Butter
F Let’s MAKE BUTTER FAMILY Equipment • 1 carton of double or single cream (250ml) • 1 jam jar with a lid or a plastic container for younger children • 1 glass • 1 plate • A strong pair of arms Background A mixture is made up of two or more substances which are jumbled together. For example for Information breakfast you may have a bowl of cereal and milk, this is a mixture. Cream is also a mixture. Let’s see how we can separate cream into two parts, a solid and a liquid. What to do 1. Take the cream out of the fridge. Do you notice that it feels cold? 2. Leave the cream on the table for about an hour. It shouldn’t feel cold now, unlike when it came out of the fridge. 3. Pour the cream into the jar until it is about half full. 4. Screw the lid on tight. 5. Take the jar and start shaking it up and down. Play some music and have fun dancing as you shake. Stop and look at the cream in your jar every few minutes. What do you notice? What After about 15 minutes you’ll feel something solid in the jar. Keep going until you see a solid lump. happens? Take the lid off the jam jar. What do you see? The solid yellow lump is butter and the whitish liquid is buttermilk. Why did this Cream is a mixture. It is made of tiny drops of water mixed with fat droplets and protein. Shaking happen? the cream in the jar makes the fat droplets stick together, forming butter. -
Epicurean Product Guide 2016 V6.Xlsx
Epicurean Product Listing 2016 800.934.6495 173 Thorn Hill Rd Warrendale, PA 15086 ** For the most up to date listing, please visit our website ** version 6, 9/27/16 EPICUREAN PRODUCT LISTING Condiments.........................................3 Miscellaneous......................................8 Oils & Vinegars................................1210 Syrups.............................................1513 Spices.............................................1715 Dried Mushrooms............................2321 Dried Fruits & Nuts..........................2422 Breads and Crackers.......................2724 Meats & Seafood.............................3027 Pasta Sauces and Noodles.............3330 Desserts..........................................3633 Chocolate........................................4037 Grains & Legumes...........................4340 Cheese, Dairy, & Eggs....................4542 Bar & Bakery.......................................47 Baking & Pastry...................................50 Appetizers...........................................61 CONDIMENTS Prod # Description Packaging UoM Special Order 06206 BASE BEEF NO MSG 4/5 LB CS 06207 BASE BEEF NO MSG 5 LB EA 06176 BASE BEEF NO MSG MINORS 12/1 LB CS X 06179 BASE CHICKEN NO MSG 1 LB EA 06201 BASE CHICKEN NO MSG 5 LB EA 06178 BASE CHICKEN NO MSG MINORS 12/1 LB CS 06200 BASE CHICKEN NO MSG MINORS 4/5 LB CS 06180 BASE CLAM NO MSG MINORS 6/1 LB CS 06181 BASE CLAM NO MSG MINORS 1# EA 06198 BASE CRAB NO MSG MINORS 6/1 LB CS 06199 BASE CRAB NO MSG MINORS 1# EA 06187 BASE ESPAGNOLE SAUCE -
WO 2017/120597 Al 13 July 2017 (13.07.2017) P O P C T
(12) INTERNATIONAL APPLICATION PUBLISHED UNDER THE PATENT COOPERATION TREATY (PCT) (19) World Intellectual Property Organization International Bureau (10) International Publication Number (43) International Publication Date WO 2017/120597 Al 13 July 2017 (13.07.2017) P O P C T (51) International Patent Classification: (81) Designated States (unless otherwise indicated, for every C12N 9/50 (2006.01) C07K 16/00 (2006.01) kind of national protection available): AE, AG, AL, AM, AO, AT, AU, AZ, BA, BB, BG, BH, BN, BR, BW, BY, (21) International Application Number: BZ, CA, CH, CL, CN, CO, CR, CU, CZ, DE, DJ, DK, DM, PCT/US2017/012747 DO, DZ, EC, EE, EG, ES, FI, GB, GD, GE, GH, GM, GT, (22) International Filing Date: HN, HR, HU, ID, IL, IN, IR, IS, JP, KE, KG, KH, KN, January 2017 (09.01 .2017) KP, KR, KW, KZ, LA, LC, LK, LR, LS, LU, LY, MA, MD, ME, MG, MK, MN, MW, MX, MY, MZ, NA, NG, (25) Filing Language: English NI, NO, NZ, OM, PA, PE, PG, PH, PL, PT, QA, RO, RS, (26) Publication Language: English RU, RW, SA, SC, SD, SE, SG, SK, SL, SM, ST, SV, SY, TH, TJ, TM, TN, TR, TT, TZ, UA, UG, US, UZ, VC, VN, (30) Priority Data: ZA, ZM, ZW. 62/276,030 7 January 2016 (07.01 .2016) 62/326,403 2 2 April 2016 (22.04.2016) (84) Designated States (unless otherwise indicated, for every kind of regional protection available): ARIPO (BW, GH, (71) Applicant: RIPPLE FOODS, PBC [US/US]; 5900 Hollis GM, KE, LR, LS, MW, MZ, NA, RW, SD, SL, ST, SZ, Street, Suite P , Emeryville, C A 94608 (US). -
Baking Substitution Science
Baking Substitution Science Presented by Home Baking Association Cabot Creamery Speaker Sharon Davis Family & Consumer Sciences Education Home Baking Association carrot enriched…reduced sodium…egg free…whole wheat…agave nectar…gluten-free… Baking Substitution Science Goals 1. Affordable, home prepared 2. Ingredient functions 3. Nutrient-dense substitutions and additions for liquids, fats, sugars, sweeteners, flours, reducing sodium, allergies/intolerances 4. Methods, temperatures important to success 5. Baking Resources, Questions Share! #bakingfun Why People Bake • 72%=Treat friends, family with love; handcrafted by me for you • 60%= So I can control ingredients in my food (83% in UK) • 42-48%=Desire to keep traditions, it’s my lifestyle • 43%=Saving money, resources important • 33% would bake more…”if I knew how” Reasons for home baking, August 2011 Source: Mintel, 2011, Home Baking Association survey Base: 1,920 internet users aged 18+ who bake or are primary household shoppers 3 Benefits Bonanza Active, DIY food lifestyle Literacy, science, math, tech Art, history, cultures Build relationships, mealtimes nutrients, variety Fruits, veggies, nuts Calcium, potassium, protein Whole grains, antioxidants Portion control Control sodium, fats, sweets Food allergies; Celiac sprue Conserve food $$$, packaging Liquids in Baking Liquids function to 1. Moisten/hydrate flours, meal, proteins, starches, whole grains 2. Dissolve sugars 3. Hydrate leavening 4. Help blend ingredients 5. Turn to steam, expand air cells 6. Set (gelatinize) product 7. Provide flavor, texture, richness 8. Add nutrients 9. Humectant (holds moisture) Pumpkin Raisin Bread 10. Aid browning Loveyourraisins.com Fruits, Veggies as Liquid Substitute Most fruits, veggies are 80-92% water 1 cup shredded apple, carrot, mandarin oranges, zucchini; cooked pumpkin, sweet potato, squash; beets; mashed or pureed bananas, strawberries… contain ~ ¾ to 7/8 cup water 1 c. -
Instructions for Making Cultured Buttermilk
Buttermilk Want more? Dozens of eBooks, videos, & Starter culture expert tips on our website: mwww.culturesforhealth.com Instructions R You can make delicious buttermilk at home! What You’ll Need Total time: 24-48 hours _ Active time: 30 minutes 1 packet of starter culture (store extras in the freezer) Our buttermilk starter creates a traditional o Pasteurized milk (avoid ultra-pasteurized or UHT milk) cultured buttermilk that is rich in nutrients. o Glass jar or plastic container you As an heirloom culture, it can be re-cultured o Coffee filter or tight-weave cloth can do continuously to make more buttermilk. Bake o Rubber band this with your buttermilk, drink it, or add it to o Non-aluminum mixing utensil (stainless steel is OK) cream to make cultured butter. o Thermometer o Activating the Starter Culture >1 Pour 1 quart of pasteurized milk into a glass or plastic >3 Check after 24 hours to see if your buttermilk has set. If it container and add 1 packet of starter culture; mix well. has not set, leave up to 48 hours, checking every few hours. 2 Cover the container with a towel or coffee filter secured > TIP: Tilt the container gently. If the buttermilk moves with a rubber band, or put a lid on the container and oaway from the side of the jar in one mass, instead of culture in a warm spot, 70°-77°F. running up the side, it’s set. Once it has set, or at the end of 48 hours, with a tight >4 cover lid and refrigerate for at least 6 hours. -
Development of Functional Buttermilk by Soluble Fibre Fortification
FUNCTIONAL FOOD DEEPAK MUDGIL*, SHEWETA BARAK *Corresponding Author Department of Dairy and Food Technology, Mansinhbhai Institute of Dairy and Food Technology, Mehsana, Gujarat-384002, India Deepak Mudgil Sheweta Barak Development of functional buttermilk by soluble fibre fortification KEYWORDS: buttermilk, soluble fibre, partially hydrolysed guar gum, fortification, sensory. Buttermilk has a potential to become a daily diet drink at global level due to its high nutritive value and Abstract ease of production process. In present study, novel buttermilk beverage was developed using fibre fortification. Acidity, pH, viscosity, whey separation and sensory properties were studied. Fortification with fibre (1-5%) showed non- significant changes in buttermilk acidity and pH. Phase separation was lowest and viscosity was highest in buttermilk sample with 5% fibre. Buttermilk samples were also evaluated for their sensory characteristics including color and appearance, body and mouthfeel, flavor and overall acceptability. Samples with 4% fibre level obtained the highest scores in the sensory evaluation. The viscosity of the buttermilk samples increased proportionally with the levels of fibre fortification. Soluble dietary fibre fortification at 4% level in buttermilk improved nutritive, physicochemical and desirable sensory characteristics. INTRODUCTION B2, vitamin B12, pantothenic acid-vitamin B5, zinc, potassium, protein, iodine and molybdenum. Presence of all these Functional foods are the products that resemble traditional nutrients in buttermilk makes it a nutritious and health-supportive foods but possessed demonstrated physiological benefi ts food. Buttermilk has been attributed nutraceutical, therapeutic due to presence of some bioactive components (1). Milk and probiotic effects, such as digestion enhancement, immune and dairy products have been an important part of human system boosting, anti-carcinogenic activity and reduction in diet from ancient times in many parts of world (2). -
Buttermilk Powder Ingredients
Buttermilk Powder Ingredients Buttermilk is a cultured product made from pasteurized or ultrapasteurized lowfat or skim milk with nonfat dry milk solids added. Buttermilk powder is obtained by removing water from liquid buttermilk that was derived by churning butter and pasteurized prior to condensing. Dry buttermilk is light cream in color with a clean neutral flavor. The following chart provides a typical compositional breakdown of buttermilk powder. Typical Composition of Buttermilk Powder (%) Milk Product Moisture Fat Protein Lactose Ash Buttermilk Powder 3.0-3.5 5.5-6.0 32.0-34.5 49.5-50.5 7.5-8.0 Beneficial Features Using buttermilk powder instead of fluid buttermilk makes transportation and storage easy. Additionally, removing moisture from buttermilk inhibits microbial growth and delivers a shelf life of six to nine months. Functionality Beyond adding concentrated calcium, protein and other important nutrients, buttermilk powder brings several desirable properties to food formulations: Browning/Color—Appealing for applications in baked goods or sauces, dairy proteins react with lactose and other reducing sugars during baking or cooking to produce a desirable browning effect. Emulsification—Proteins in dry buttermilk act as oil/water interfaces, aiding in the formulation and stabilization of fat emulsions. These properties are particularly useful in soups, baked goods, beverages and salad dressings. Flavor—Buttermilk powder can be used to enhance the dairy flavor of foods, contributing flavor notes from sweet to sour. Foaming—Dry buttermilk helps diffuse protein to an air/water interface, reducing surface tension and partially unfolding the protein. Encapsulated air bubbles form a stable and elastic film useful for creating desserts and cakes. -
Curds Recipe
Basic Curds for Fresh Cheeses The first bit of magic in making cheese is turning milk into curds and whey. Once you have these precious curds, you can make dozens of different kinds of fresh cheeses. Though there are many steps and some things that must be done exactly, there is still plenty or room for experimentation and creativity. Don’t be afraid to play around some after you make a few batches and get the hang of it. And don’t get stuck on just cow milk. You can use this recipe for goat or sheep milks too or blend different milks together. Prep Time: Equipment: 30-45 minutes of work Double boiler 2-10 hours of waiting Skimmer Ingredients: Thermometer 2 gallons milk (raw or pasteurized) Scale ½ pint buttermilk Long thin knife ½ tsp single strength liquid rennet or ¼ tsp of double strength Butter muslin 2 tbs – ½ cup mother culture or Spatula or large spoon 1 packet of direct set culture Colander 16-24 grams non-iodized salt Cheese mold (optional) Spices/flavorings (optional) Ripening: It is important that you lower the PH of your milk before coagulating with rennet. Raw milk will ripen and become more acidic quite nicely on its own. Pasteurized milk needs some help. It is possible to use lemon juice, citric acid powder or even yogurt, but I recommend using cultured buttermilk. 1. Add milk to double-boiler and heat until 85˚ F. 2. If using direct-set culture, follow instructions on packet for amounts and sprinkle on surface of milk. Allow to rehydrate for 2 minutes and then stir with skimmer using an up and down motion until fully incorporated. -
Fermentation Microbiology: Making Cheese, Yogurt & Buttermilk As a Lab Exercise
How-To-Do-It FermentationMicrobiology Ma king Cheese, Yogurt &r Buttermilk as a Lab Exercise MaryAnneDrake John McKillip In the introductory microbiology www.cheesemaking.com;tel: 413-628- 3.5%are protein, 4% are lactose (milk Downloaded from http://online.ucpress.edu/abt/article-pdf/62/1/65/49367/4450828.pdf by guest on 28 September 2021 laboratory, food microbiology exer- 3808 for catalog). Other related sup- sugar), and 0.5% are minerals. cises are frequently placed at the end plies can be obtained from this com- What The primaryprotein of the quarter or semester, if time pany, as well. happened? in milk is casein, which is sensitive to allows after covering medical bacteri- acid. In the presence of acid, caseins ology or mycology. In the instances Objective become less soluble and tend to clump when food microbiologyis given atten- together. Casein is also sensitive to a tion earlierin the term, demonstrations Demonstrate proliferationand pro- particular enzyme called rennet, an are often used or discussed that still duction of acid by LAB during the acid protease. This means that rennet do not allow the students in the lab making of cheese. acts on (cleaves) milk protein (casein) to actually see what pro- the chance and has optimum activity under acidic are taking place in, for example, Procedure cesses conditions. When the enzyme rennet setup. Although a food fermentation A. Take fresh pasteurized milk acts on casein, the latterbecomes even topics could be presented in these (usually 11) and warm to room tem- less soluble. The loss of solubility is in lecture portion of more detail the peratureusing a water bath or double what makes the thick coagulum microbiologyclass, the end the general boiler.