2015 Cheese Catalog
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En Filière Fromagère AOP, Les Conditions De Production Dans Les Cahiers Des Charges Et Leurs Conséquences Pour Les Exploitations A
Fourrages (2009) 199, 311-329 En filière fromagère AOP, les conditions de production dans les cahiers des charges et leurs conséquences pour les exploitations A. Farruggia1, P. Parguel2, S. Hulin3, J.-L. Reuillon4, D. Pomiès1, B. Baumont5, G. Risoud6, A. Hauwuy7, P. Veysset1, B. Martin1 Une des questions fondamentales posée aux AOP est le lien entre le produit et son milieu. Pour les fromages, ce lien passe par lʼali- mentation du troupeau laitier et donc par un questionnement sur les conditions globales de production du lait. RÉSUMÉ Les filières fromagères optent pour une approche systémique des condi- tions de production laitière qui intègre des données scientifiques et des données de bon sens. La définition de ces conditions repose sur la capaci- té des professionnels des filières à assurer collectivement une lecture sélective de lʼhistoire du produit et de sa production. Les filières AOP pro- posent ainsi aux producteurs des parcours techniques originaux présentant parfois des risques techniques. Lʼexamen des conditions de production décrites dans les 32 cahiers des charges révisés des filières fromagères au lait de vache, de brebis ou de chèvre souligne la convergence des règles choisies et une affirmation de la place de lʼherbe dans les systèmes fourra- gers. Trois filières sont ensuite analysées dans le détail. MOTS CLÉS Alpes, aspect économique, autonomie, bovin, caprin, complémentation, foin, fourrage, Massif central, ovin, prairie, production laitière, qualité des produits, surface fourragère, système fourrager. KEY-WORDS Alps, cattle, dairying, economic aspect, feed supplementation, forage, forage area, forage sys- tem, goats, grassland, hay, Massif central, product quality, self-sufficiency, sheep. AUTEURS 1 : INRA Centre de Clermont Ferrand, F-63122 St-Genès-Champanelle ; [email protected] 2 : Institut de lʼElevage, CRA Valparc, F-28048 Besançon cedex 3 : Pôle fromager Massif central, 20, côte de Reyne, F-15000 Aurillac 4 : Institut de lʼElevage, département Actions Régionales, 9, allée P. -
The Cheeses of France
HOMMAGE À FROMAGE: THE CHEESES OF FRANCE Curt Wittenberg e-mail: [email protected] Queso Diego August 18, 2015 Chèvre… Speaking of Chèvre…..let’s have our first sample: HOMEMADE Fresh Chèvre with Homegrown Figs Picture of Chèvre • French chèvre is thought to have been developed in the Loire Valley during the 8th century but arose at least 1000 years earlier in other regions. • Goat cheese seems less rich, despite a similar fat content, and is more tart than cow’s milk cheese due to the abundance of short chain fatty acids. • Ubiquitous in France and includes many AOC protected varieties (more later). There is more to French Cheese than an aged Chèvre! Blue Cheese Blooming-Rind Cheese Washed-Rind Goat’s Milk Cheese Cheese Where will we go from here? 1. The history of French cheese 2. Regionality in French cheese (AOC) 3. French cheese varieties 4. Some examples and recipes 5. Sources for cheese and information The Beginnings of French Cheese • The earliest solid evidence of cheesemaking was found in Poland from 5500 BCE but likely originated around 6000 BCE. • Cheesemaking and dairying was practiced by the Sumerians (2000-1000 BCE) and appears in the writings of the Greek philosopher Etricus (ca. 300 BCE) and Pliny the Elder (ca. 20 CE, well before the development of his namesake IPA). • The Romans are credited with the spread of commercial cheesemaking throughout Europe and Britain. • Cheese varieties multiplied dramatically during the middle ages and became a staple in many areas of Europe including France. What makes French cheese French? Regionality of French Cheese The Evolution of French Cheese • The French government recognized that the distinctive nature of regional cheeses reflects both technique and terroir. -
Role of Microbes in Dairy Industry
Mini review Nutri Food Sci Int J Volume 3 Issue 3 - September 2017 Copyright © All rights are reserved by Anil Kumar DOI: 10.19080/NFSIJ.2017.03.555612 Role of Microbes in Dairy Industry Anil Kumar* and Nikita Chordia School of Biotechnology, Devi Ahilya University, India Submission: March 3, 2017; Published: September 22, 2017 *Corresponding author: Anil Kumar, School of Biotechnology, Devi Ahilya University, Khandwa Rd., Indore-452001,India, Email: Abstract Milk represents a good source of nutrients and liquid for hydration and is known to humanity thousands of years ago. The fermentation of milk provides a simple way to increase its shelf-life while improving its safety. Different strains of bacteria and fungi are used for fermentation of are used for coagulation of milk and thereafter, these can be processed for diverse products. milk in order to produce a wide variety of dairy products viz. curd, yogurt, cheese, kefir and kumis. The main bacteria are lactic acid bacteria that Introduction Since ancient times, dairy products have been part of human diet. These serve as good source of calcium, vitamin D, proteins coagulated under the influence of certain microorganisms. By producing bacteria. and other essential nutrients. These products also provide luck it was having harmless, acidifying type and non toxin- phosphorus, potassium, magnesium, and various vitamins viz. vitamin A (retinols), vitamin B12 (cyanocobalamin), and have been developed in all parts of the world each with its own Various types of fermented milks and derived products characteristic history. Their nature depends very much on using different microbial strains. Microbes ferment the the type of milk used, on the pre-treatment of the milk, on the riboflavin. -
Suggested Protein Supplements
Suggested Protein Supplements Choose supplements that provide 100-200 calories, 20-30 grams of protein, and less than 5 grams of sugar per standard serving. A good supplement will provide at least 15 grams of protein per 100 calories. Supplement Calories Protein Sugar Protein Other Where to Purchase (serving size) (grams) (grams) Source Ready to Drink (RTD) Elevation 160 30 1 Milk GF Aldi, online High Performance Kosher Protein Shake (11 fl oz) Ensure Max 150 30 1 Milk GF/LF CVS, Rite Aid, Shopper’s, Target, (11 fl oz) Kosher Walgreen’s, Walmart, Weis, online Equate 160 30 1 Milk GF Walmart, online High Performance Kosher (11 fl oz) Fairlife 150 30 2 Milk GF/LF BJ’s, Sam’s Club, online Nutrition Plan Kosher (11.5 fl oz) GNC Lean Shake 25 170 25 2 Milk LF GNC, online (14 fl oz) Orgain Organic Protein 150 26 1 Milk GF Costco, Rite Aid, Safeway, Nutritional Kosher Target, Vitamin Shoppe, (14 fl oz) Walgreen’s, Whole Foods, online Orgain Organic Protein 150 21 0 Pea GF/LF Costco, Rite Aid, Safeway, Vegan Kosher Target, Vitamin Shoppe, (14 fl oz) Walgreen’s, Whole Foods, online Premier Protein 160 30 1 Milk GF BJ’s, Costco, CVS, Sam’s Club, (11 fl oz) Kosher Food Lion, Giant, Harris Teeter, Rite Aid, Safeway, Target, Walgreen’s, Walmart, 7 Eleven, online Pure Protein Milk GF Costco, Sam’s Club, BJ’s, Giant, Shake (11 fl oz can) 150-170 35 1 Safeway, Vitamin Shoppe, Complete Shake (11 fl oz) 140 30 <1 Walmart, online Quest 160 30 1 Milk GF CVS, Giant, Target, Vitamin (11 fl oz) Kosher Shoppe, Walmart Unjury 110 20 2 Milk Kosher Unjury.com, -
Montbeliarde : Bred for the French Cheese Industry
Montbeliarde : Bred for the French cheese Industry The main use of milk in France is cheese making and France is recognized widely and internationally for its high quality and diversity of cheeses. It looks like a detail but the cheese industry allowed a lot of mountain areas to sustain economically thanks to their pastures and cows herds. Areas like Alps, Jura, Pyrenees, Massif Central and Vosges are renowned for their specific cheeses that keep local activities in hard access regions. More recently, changes that are affecting the dairy industry lead to more added value products such as cheese, which gives new opportunities for that industry. To achieve better economic efficiency, dairy farmers of the Montbeliarde area (Central east of France) organized themselves for decades around local cooperatives running small cheese plants called “Fruitières”. There, dairy farmers sell cheese instead of milk and developed strategies to get a better product, increasing cheese yield (on the cow side) and increasing the quality and flavour of cheese (process side). All this led to a maximum of added value and made “Comte” cheese the N°1 high quality cheese in all France for years (45.000 tons/year). The genetic side is important and several scientific studies demonstrated it. The cheese process depends a lot on both bacteriological and organoleptical milk quality. A- Factors influencing Cheese Yield 1-Protein content Cheese Yield is proportional to milk % of protein up to 3,8%. Above that figure, cheese yield doesn’t increase significatively. 2-Casein type. Casein is the principal protein in milk. During the cheese making process, casein solidifies, curdles or coagulates into cheese through the action of rennet. -
Food and Drug Administration, HHS § 133.136
Food and Drug Administration, HHS § 133.136 percent by weight of the cream cheese are not pasteurized, the cheese is cured and in no case less than 27 percent of at a temperature of not less than 35 °F the finished food. The moisture and fat for at least 60 days. contents will be determined by the (2) If pasteurized dairy ingredients methods described in § 133.5, except are used, the phenol equivalent value that the method for determination of of 0.25 gram of washed curd cheese is fat content is not applicable when the not more than 3 micrograms as deter- added food contains fat. mined by the method described in (b) Optional ingredients. The following § 133.5. safe and suitable optional ingredients (3) One or more of the dairy ingredi- may be used: ents specified in paragraph (b)(1) of (1) Foods. Properly prepared fresh, this section may be warmed, treated cooked, canned, or dried fruits or vege- with hydrogen peroxide/catalase, and is tables; cooked or canned meats, rel- subjected to the action of a lactic acid- ishes, pickles, or other suitable foods. producing bacterial culture. One or (2) Other optional ingredients. (i) Sta- more of the clotting enzymes specified bilizers, in a total amount not to ex- in paragraph (b)(2) of this section is ceed 0.8 percent, with or without the added to set the dairy ingredients to a addition of dioctyl sodium sulfo- semisolid mass. The mass is so cut, succinate in a maximum amount of 0.5 stirred, and heated with continued stir- percent of the weight of the sta- ring, as to promote and regulate the bilizer(s) used. -
Brie/Camembert
“Cheesemaking Made Easy” Brie/Camembert Kate Johnson, The Art of Cheese, LLC www.theartofcheese.com www.facebook.com/artofcheese Equipment Needed: Stainless Steel Pot (1 or 2 Gallon) w/ lid Slotted Spoon Cheese thermometer Large Knife Cheese Form (mold) or Basket Cheese Mat or Tray with holes Dorm refrigerator (for aging your cheese) Ingredients: Fresh or store-bought whole milk, pasteurized (goat’s or cow’s milk) Mesophilic Starter Culture Penicillium candidum mold spores Rennet Cheese salt (or non-iodized sea salt) Ash (optional) To Pasteurize Milk Option 1: Heat milk to 145 degrees stirring constantly. Hold at that temp for 30 minutes. Cool quickly in an ice water bath. Option 2: Heat milk to 161-165 degrees stirring constantly. Hold at that temp for 30 seconds. Cool quickly in an ice water bath. Raw Milk CSA's: www.rawmilkcolorado.org Copyright © 2018 The Art of Cheese www.theartofcheese.com [email protected] Cheesemaking Supply Resources 1. New England Cheesemaking Supply Company, www.cheesemaking.com 2. Artisan Geek, http://artisangeek.com 3. Grape and Granary, www.grapeandgranary.com 4. Hoegger Supply Company, www.thegoatstore.com 5. www.cheesesupply.com Books on Cheesemaking 1. Home Cheese Making by Ricki Carroll 2. 200 Easy Homemade Cheese Recipes by Debra Amrein-Boyes 3. Kitchen Creamery by Louella Hill Lactic Recipes vs Fully Renneted Recipes Lactic Recipes (often rennet-assisted): • Made with little or no rennet and rely primarily on the action of the bacteria converting the milk lactose to lactic acid • Examples: Fresh Mold-Ripened Goat Cheese, Selles sur Cher (Southern French style cheese traditionally made from goat’s milk), Brie de Melun (Northern French lactic acid vs animal rennet cheese considered to be the ancestor of all Bries traditionally made with raw cow’s milk). -
Études Notariales De Chaumes-En-Brie I, II, III Et Offices
ARCHIVES DÉPARTEMENTALES DE SEINE-ET-MARNE ÉTUDES NOTARIALES DE CHAUMES-EN-BRIE I, II, III ET OFFICES RATTACHÉS DE BEAUVOIR ET D’AUBEPIERRE 1499 - 1959 10E1 - 10E4, 11E1, 13E1, 14E1 - 14E98, 16E1 - 16E683, 17E1 - 17E19, 17E21 - 17E42, 17E44 - 17E48 et E1192 - E1193 Répertoire méthodique Toni Caporale Sous la direction de Pauline Antonini D’après les inventaires précédemment réalisés Direction de publication : Isabelle Rambaud, directrice des Archives départementales de Seine-et-Marne. - Juin 2018 Études notariales de Chaumes-en-Brie INTRODUCTION Les archives des études notariales de Chaumes-en-Brie conservées aux Archives départementales de Seine-et-Marne couvrent la période 1499 - 1959. Ce fonds a été constitué grâce aux versements successifs de maître Jacquemain (Pol) en mars 1957, de maître Vaissade (Philippe) en mars 1994 et de maîtres Vaissade (Jérôme) et Couëdelo (Olivier) en avril 2009 et mai 2018. Les deux derniers versements effectués proviennent de l’étude de Fontenay-Trésigny du fait de la transformation de l’étude de Chaumes-en-Brie en annexe fin 2003. Le premier versement de 1957 concerne les archives de l’étude de 1499 à 1833, avec le minutier et les répertoires de l’étude. Il comprend également les documents provenant des offices rattachés d’Aubepierre, de Beauvoir et des deux autres études ayant existé à Chaumes-en-Brie, entre 1538 et 1681 pour la première et de 1623 à 1742 pour la seconde. Les archives de cette dernière ont été reprises par maître Dupin (Maurice Charles) en 1742 suite au décès de maître Duchemin (Philippe), qui a provoqué la fusion des deux études. -
The Fuzzy Mold on a Wheel of Fresh Brie Is Called Cats Fur
The Fuzzy Mold On A Wheel Of Fresh Brie Is Called Cats Fur National Moldy Cheese Day is a unique holiday that is observed each year on October 9. A cheesemonger is a person who specializes in cheeses, butter, and other dairy products. They may take umbrage at the ordinary person’s offense of moldy cheese. Like a sommelier pairs the best wines with meals, a cheesemonger provides expert advice on artisan cheeses for recipes, banquets, and sources for restaurants. Cheeses such as Maytag blue, Roquefort, Brie, bleu, camembert, gorgonzola, and Stilton are a few of the moldy reasons cheese lovers celebrate on this day. Moldy cheese gets such colorful phrases. For example, the fuzzy mold on a wheel of fresh brie is called cats fur. These bloomy rind cheeses take some careful maintenance. However, the results are satisfying. Isn’t the best food is a bit of a science experiment, anyway? Gorgonzola cheese is made with three different kinds of mold spores. It’s like a milder blue cheese, but gorgonzola is creamier and earthier. Toss it with pasta and mushrooms for an outstanding meal. Also, it compliments any cheese plate. Add apples and tart, dried cranberries. Did you know that there are over 2,000 varieties of cheeses? The #1 cheese recipe in America is “Macaroni and Cheese”. What appears to be the remains of cheese has been found in Egyptian tombs over 4,000 years old! The terms “Big Wheel” and “Big Cheese” originally referred to those who were wealthy enough to purchase a whole wheel of cheese. -
ANNEXE 2 : Triple Performance Et AOP
Groupe Prospective ANNEXE 2 : Triple performance et AOP Janvier 2016 L’approche de la triple performance concernant les productions sous SIQO est intéressante à plusieurs titres. Il s’agit en premier lieu d’évaluer en quoi la généralisation possible de démarches liées aux approches de développement durable est un enjeu. Est-ce une opportunité, au sens où les filières définies comme filières de qualité intègreraient déjà les caractéristiques du développement durable à travers la valorisation des ressources locales par exemple ? Est-ce une menace si elle se traduit par une somme de préconisations pouvant diluer les spécificités des cahiers des charges d’appellation, ou remettre en cause leur performance économique ? L’intérêt est également méthodologique. Les SIQO, par leurs référentiels définis à l’échelle des zones d’appellation et devant être respectés à l’échelle des exploitations, sont un cas de figure illustratif des démarches pouvant mettre en jeu la triple performance, articulant mode collectif de définition des objectifs et des résultats à atteindre, et prise en compte individuelle de ces objectifs. Après l’analyse et la comparaison des cahiers des charges de plusieurs productions sous SIQO alpines, nous tenterons de mettre en lumière des clés de lecture de la triple performance dans les aires et exploitations concernées. Questions-clés L’ensemble des appellations font référence à la valorisation des ressources locales, considérées à l’échelle de l’aire géographique. La plus-value économique des produits est souvent également constatée, ainsi que l’intégration de cette plus-value localement (en termes d’emplois et de valeur ajoutée) lorsque les filières locales sont prégnantes. -
Flavor Description and Classification of Selected Natural Cheeses Delores H
View metadata, citation and similar papers at core.ac.uk brought to you by CORE provided by K-State Research Exchange Culinary Arts and Sciences V: Global and National Perspectives, 2005, ed. Edwards, J.S.A., Kowrygo, B, & Rejman, K. pp 641-654, Publisher, Worshipful Company of Cooks Research Centre, Bournemouth, Poole, UK Flavor description and classification of selected natural cheeses Delores H. Chambers1, Edgar Chambers IV1 and Dallas Johnson2 1The Sensory Analysis Center, Department of Human Nutrition, Kansas State University, Justin Hall, Manhattan, KS 66506-1407, USA 2Department of Statistics, Kansas State University, Dickens Hall, Manhattan, KS 66506, USA Abstract Intensities of 30 flavor attributes were measured for 42 cheeses. Rated intensities of flavor characteristics generally fell in the low to moderate range for all cheeses. Some of the flavor characteristics (dairy fat, dairy sour, dairy sweet, sharp, astringent, bitter, salty, sour, and sweet) were present in all cheeses, and some (cooked milk, animalic, goaty, fruity, moldy, mushroom, and nutty) were specific to only a few of the cheeses evaluated in this study. The flavor of each of the 42 cheeses is described. Similarities in flavor were observed among many of the individual cheeses. Therefore, a clustering scheme was developed to show the overall flavor relationships among the cheeses. Those relationships are schematically represented by a tree diagram. Proximity on the tree diagram indicates a high degree of flavor similarity among the types of cheese. Introduction In most countries, consumption of cheese has been on the rise over the past decades (Richards, 1989; Magretti, 1996; Havrila, 1997; Hoebermann, 1997; Anonymous, 2002). -
Tales of Mold-Ripened Cheese SISTER NOËLLA MARCELLINO, O.S.B.,1 and DAVID R
The Good, the Bad, and the Ugly: Tales of Mold-Ripened Cheese SISTER NOËLLA MARCELLINO, O.S.B.,1 and DAVID R. BENSON2 1Abbey of Regina Laudis, Bethlehem, CT 06751; 2Department of Molecular and Cell Biology, University of Connecticut, Storrs, CT 06269-3125 ABSTRACT The history of cheese manufacture is a “natural cheese both scientifically and culturally stems from its history” in which animals, microorganisms, and the environment ability to assume amazingly diverse flavors as a result of interact to yield human food. Part of the fascination with cheese, seemingly small details in preparation. These details both scientifically and culturally, stems from its ability to assume have been discovered empirically and independently by a amazingly diverse flavors as a result of seemingly small details in preparation. In this review, we trace the roots of cheesemaking variety of human populations and, in many cases, have and its development by a variety of human cultures over been propagated over hundreds of years. centuries. Traditional cheesemakers observed empirically that Cheeses have been made probably as long as mam- certain environments and processes produced the best cheeses, mals have stood still long enough to be milked. In unwittingly selecting for microorganisms with the best principle, cheese can be made from any type of mam- biochemical properties for developing desirable aromas and malian milk. In practice, of course, traditional herding textures. The focus of this review is on the role of fungi in cheese animals are far more effectively milked than, say, moose, ripening, with a particular emphasis on the yeast-like fungus Geotrichum candidum.