Modern Marvels: Cheese's Glorious, Gooey History! (S13, E24) | Full Episode

HISTORY
17 Feb 202443:34
EducationalLearning
32 Likes 10 Comments

TLDRThe provided script offers a fascinating journey into the world of cheese, exploring its rich history, diverse production processes, and cultural significance. From the controlled spoilage that transforms milk into a delicacy, to the art and science behind crafting varieties like cheddar and mozzarella, the narrative delves into the role of bacteria, molds, and human ingenuity in cheese making. It highlights the industrial scale of cheese production at Alto Dairy in Wisconsin and the meticulous steps of artisanal methods. The script also touches on the evolution of processed cheese, the innovation of James L. Kraft, and the contemporary health-conscious approaches to enhancing cheese nutrition. This comprehensive overview of cheese is a tribute to human creativity and the enduring love for this complex and cherished food.

Takeaways
  • πŸ§€ Cheese is a delicacy resulting from controlled spoilage, using milk, bacteria, and sometimes mold or mites to create a cherished food.
  • πŸš› At Alto Dairy in Wisconsin, 3.5 million pounds of milk are processed daily into 400,000 pounds of cheese, highlighting the industrial scale of cheese production.
  • 🌱 The cheese-making process begins with a pure and consistent milk supply, which is tested for antibiotics before being turned into cheese.
  • πŸ”¬ Adding a starter culture of good bacteria to milk initiates the fermentation process, converting lactose into lactic acid and setting the stage for coagulation.
  • 🧈 The coagulation of milk into curds, facilitated by the enzyme rennet, is a critical step in cheese production, determining the texture and moisture content of the cheese.
  • πŸ§‚ Salting the cheese not only flavors it but also helps control bacterial growth, contributing to the final product's shelf life.
  • ⏳ Aging allows the cheese to develop its flavor through the breakdown of milk sugars and proteins by bacteria, a process known as controlled spoilage.
  • 🌍 Cheese is a global phenomenon, with the world's cheesemakers producing 20 million tons annually, reflecting its cultural significance and variety.
  • πŸ”΅ The iconic Swiss cheese gets its holes from propionic bacteria, which produce carbon dioxide gas that forms bubbles as the cheese ages.
  • πŸ”΅ Blue-veined cheeses like Roquefort derive their unique flavor and veined appearance from the Penicillium mold that grows throughout the cheese.
  • πŸ”„ Processed cheese, such as Velveeta and Cheez Whiz, is made by melting and homogenizing natural cheese with emulsifiers and other ingredients, resulting in a product with a longer shelf life and uniform texture.
Q & A
  • What is the process of making cheese described as?

    -The process of making cheese is described as a means of controlled spoilage that transforms milk with the addition of bacteria, mold, and sometimes mites, into a delicacy cherished by many.

  • What is the significance of Alto Dairy in Wisconsin?

    -Alto Dairy in Waupun, Wisconsin is significant as it is the largest cheese plant east of the Mississippi River, processing about 3.5 million pounds of milk daily into 400,000 pounds of cheese.

  • How does the addition of bacteria, known as the starter culture, affect the cheese-making process?

    -The addition of the starter culture, which is good bacteria, is crucial in cheese-making as it consumes the lactose or milk sugars, fermenting them into lactic acid. This lowers the pH balance of the milk, giving the cheese its acidic, tangy flavor and preparing the milk proteins to coagulate.

  • What is the role of rennet in the cheese-making process?

    -Rennet is a miraculous enzyme that coagulates the milk, turning it into a yogurt-like mass. It is used in small quantities and can be sourced from the stomach lining of ruminant animals or synthesized from vegetable sources.

  • How does the size of the curds affect the cheese?

    -The size of the curds determines the texture and moisture content of the cheese. Finer curd size leads to more whey being expelled, resulting in a drier, firmer cheese.

  • What is the purpose of adding salt to the cheese?

    -Salt is added to the cheese not only for flavor but also to help control the bacteria, as it slows down bacterial activity and preserves the cheese.

  • Why is mozzarella the most popular cheese in the United States?

    -Mozzarella is the most popular cheese in the United States due to its widespread use in pizza. Americans consume about 100 acres of pizza per day, which significantly contributes to the high demand for mozzarella.

  • How is Swiss cheese characterized?

    -Swiss cheese is characterized by its unique holes or 'eyes', which are formed by the action of propionic bacteria that produce carbon dioxide gas, causing the cheese to 'balloon' out and create its distinctive feature.

  • What is the origin of the term 'mozzarella'?

    -The term 'mozzarella' comes from the Italian word 'mozzare', which means 'to cut'. It is called mozzarella because the cheese is cut from the mass during the cheese-making process.

  • How does the whey industry contribute to a health-conscious millennium?

    -The whey industry contributes to a health-conscious millennium by repurposing whey, which was once considered a waste product, into whey powder used in various prepared foods. It also serves as an ingredient in fitness products as whey protein isolates, and is used to enhance the nutritional value of cheese with omega 3 fatty acids and probiotic cultures.

  • What is the role of bacteria in the creation of cream cheese?

    -Bacteria play a crucial role in the creation of cream cheese by manipulating the electric charges present in the milk. This causes the protein charges to change from negative to positive, allowing them to attract and stick together, leading to the formation of a creamy texture when the charges are balanced.

Outlines
00:00
πŸ§€ The Art and Science of Cheese Making

The script introduces the complexity of cheese, a cherished food made through controlled spoilage involving milk, bacteria, mold, and mites. It highlights the transformation process from milk to cheese at Alto Dairy in Wisconsin, emphasizing the importance of a pure milk supply, pasteurization, and the addition of beneficial bacteria known as starter culture. The process described also includes the use of rennet to coagulate the milk and the subsequent steps of cutting the curd, washing, and salting to control bacteria and develop flavor. The paragraph establishes cheese as an art, science, and craft deeply connected to the land and the animals.

05:05
πŸ”© The Industrial Cheese Press in Action

This paragraph details the industrial process of turning milk into cheese, specifically focusing on the pressing and aging stages. It describes how the curds are pressed into 640-pound blocks, drained of whey, and how the cheese is aged to develop flavor. The text also touches on the history of cheese making, mentioning its origins in the Basque country and Turkey, and the theory that cheese making began by accident with nomadic shepherds. The significance of cheese as a concentrated source of protein, calcium, and fat is also discussed, along with the role of ancient civilizations like the Romans in perfecting cheese production.

10:07
🐐 The Mediterranean Influence on Cheese

The script explores the Mediterranean influence on cheese, particularly the production of goat cheese and Feta at Redwood Hill Farm in California. It explains the process of making Feta, including the addition of beneficial cultures and rennet, and the use of molds and bacteria to create texture and flavor. The paragraph also delves into the historical significance of cheese as a survival food, the Roman influence on cheese making, and the creation of hard cheeses like Romano Pecorino, Grana Padano, and Parmigiano-Reggiano. Additionally, it discusses the Swiss innovation of hole-filled cheese and the role of monks in developing stinky, washed-rind cheeses.

15:07
🧈 The Monastic Legacy in Cheese Making

This section of the script focuses on the monastic legacy in cheese making, particularly Trappist and Benedictine monks who contributed to the art of cheese making. It describes how these monks created stinky, gooshy cheeses that paired well with strong beers and black bread. The text also discusses the production of Limburger cheese at the Chalet Cheese Co-op in Wisconsin, a handcrafted process that involves a bacterial smear to ripen the cheese. The history and characteristics of other cheeses like Mimolette and the mold-ripened Brie and Camembert are also covered, highlighting the use of specific molds and bacteria to develop unique flavors and textures.

20:07
🏞️ The Uniqueness of Blue Cheeses and Swiss Cheese

The script discusses the distinctive characteristics of blue-veined cheeses such as Stilton, Gorgonzola, and Roquefort, which are aged with specific molds like Penicillium roqueforti. It then transitions to the story of Swiss or Emmentaler cheese, made in Switzerland and known for its holes, created by propionic bacteria. The paragraph explains the science behind the formation of these holes and the flavor development in Swiss cheese. The focus then shifts to processed cheese, highlighting the innovation by James L. Kraft and the development of products like Velveeta and pre-sliced cheese, which have had a significant impact on the cheese industry.

25:10
πŸ”„ The Innovations in Processed Cheese

This paragraph delves into the production of processed cheese, which involves melting down natural cheese and homogenizing it with additives to create a product with a longer shelf life and improved meltability. It describes the process at Winona Foods, where blocks of cheddar are shredded and mixed with emulsifiers, whey powder, fat, and water to create a processed cheese base. The importance of emulsifiers in maintaining the smooth texture of processed cheese is emphasized, along with the invention of centrifugal separation for cream cheese and the chill-roll system for pre-sliced cheese. The paragraph concludes with the introduction of Cheez Whiz and the impact of processed cheese on the American palate.

30:13
πŸ• The Rise of Mozzarella in the Pizza Craze

The focus of this paragraph is on the popularity of mozzarella cheese, particularly in the context of pizza. It details the production of mozzarella at Alto Dairy, where they manufacture pizzeria-grade cow's milk mozzarella. The text explains the process of making mozzarella, known as pasta filata or stretched-curd cheese, which involves heating the curd until it melts and becomes stretchy. The importance of controlling the fermentation process to achieve the right balance for stretching is highlighted. The paragraph also touches on the use of water buffalo milk for authentic fresh mozzarella and the transformation of whey, a byproduct of cheese making, into valuable products like whey powder and protein isolates.

35:18
🌱 The Future of Cheese in a Health-Conscious Era

The final paragraph discusses the future of cheese in a health-conscious era. It covers the various ways cheesemakers are enhancing the nutritional value of cheese, such as increasing omega-3 fatty acids through specific cattle diets or algae extracts, and the inclusion of probiotic cultures. The text emphasizes the continued importance of the land and animals in shaping the character of cheese, and the enduring magic of cheese making as an art form. The script concludes by acknowledging the joy that cheese brings to billions of people worldwide.

Mindmap
Keywords
πŸ’‘Cheese Making
Cheese making is the process of turning milk into cheese through the addition of bacteria, coagulation with rennet, and subsequent processing such as pressing and aging. It is a central theme of the video, showcasing the transformation of milk into a variety of cheeses through controlled spoilage. The script describes how different types of cheese are made, from cheddar to mozzarella, each with unique steps and ingredients.
πŸ’‘Pasteurization
Pasteurization is a process used to kill bacteria in milk by heating it to a specific temperature, around 162 degrees Fahrenheit as mentioned in the script. This is a crucial step in cheese making to ensure the safety of the product by eliminating harmful bacteria before the addition of beneficial bacteria or starter culture.
πŸ’‘Starter Culture
A starter culture refers to the beneficial bacteria added to milk to initiate the fermentation process in cheese making. These bacteria consume lactose, fermenting it into lactic acid, which lowers the pH and leads to coagulation of milk proteins. The script emphasizes the importance of reintroducing good bacteria into the milk after pasteurization.
πŸ’‘Coagulation
Coagulation is the process by which milk proteins clump together to form a solid mass, known as curd, separate from the liquid whey. This process is facilitated by the enzyme rennet, as highlighted in the script, and is essential for the texture and structure of the cheese.
πŸ’‘Aging
Aging is the period during which cheese is stored under controlled conditions to allow for the development of flavor and texture. The script discusses how different cheeses have different aging requirements, from the 10 days for cheddar at Alto Dairy to the extended periods for harder cheeses like Parmesan.
πŸ’‘Mozzarella
Mozzarella is a type of cheese that is highly popular, especially in the context of pizza, as indicated in the script. It is a pasta filata cheese, meaning its curd is stretched and kneaded, resulting in a soft, stringy texture. The video also differentiates between cow's milk mozzarella used for pizza and the traditional water buffalo mozzarella.
πŸ’‘Processed Cheese
Processed cheese is a type of cheese that has been melted, mixed with emulsifiers and other ingredients, and reformed. The script explains that this type of cheese has a longer shelf life, melts more evenly, and is often more affordable than natural cheese. Examples given include cheese slices and cheese sauces.
πŸ’‘Emulsifiers
Emulsifiers are additives used in the production of processed cheese that help to disperse fats and prevent their separation from proteins, even when melted. The script mentions that emulsifiers are key to the smooth texture of processed cheese and includes examples like trisodium phosphate and trisodium citrate.
πŸ’‘Whey
Whey is the liquid remaining after milk has been curdled and strained in cheese production. Historically considered a waste product, the script discusses how the whey industry is evolving, with whey being used in various applications such as a sweetener, thickening agent, and a source of protein and minerals.
πŸ’‘Probiotic Cultures
Probiotic cultures are live bacteria and yeasts that are beneficial for health, often associated with yogurt. The script mentions a growing trend of incorporating these cultures into cheese, which can serve as a good storage system for these healthy bacteria, potentially offering nutritional benefits.
πŸ’‘Omega-3 Fatty Acids
Omega-3 fatty acids are a type of polyunsaturated fat that are essential for human health. The script discusses how scientists are working to increase the levels of omega-3 in cheese by feeding dairy cattle a diet high in flax seed or through the use of fish or algae extracts, thereby enhancing the nutritional value of cheese.
Highlights

Cheese is described as a delicacy resulting from a controlled spoilage process involving milk, bacteria, mold, and mites.

The Alto Dairy in Wisconsin transforms 3.5 million pounds of milk into 400,000 pounds of cheese daily.

Wisconsin contributes 10% of its cheese production to Alto Dairy, making it the largest plant east of the Mississippi.

Cheese making is presented as an art, science, and craft that involves a relationship between land, animal, and technique.

Pure and consistent milk supply is essential for good cheese, checked for antibiotics before processing.

The process of making cheese includes pasteurization, addition of starter culture, and coagulation using rennet.

Cheddar cheese gets its color from annatto, a vegetable dye added before coagulation.

The size of curds determines the texture and moisture content of the cheese, with cheddar curds being cut very fine.

Salting the cheese not only flavors it but also controls bacteria growth.

The cheese press shapes the curd and presses out whey, a universal step in cheese making.

Aging allows the cheese to develop flavor as bacteria break down milk sugars and proteins.

The world's cheesemakers produce 20 million tons of cheese annually, more than all global tobacco, coffee beans, tea leaves, and cocoa beans combined.

Cheese has been a part of human survival, with evidence of cheese making dating back to 3,000 BC.

The theory suggests that cheese making began accidentally by nomadic shepherds carrying milk in animal stomach bags containing rennet.

Cheese is a concentrated source of protein, calcium, and fat calories, with ancient cheeses predominantly made from goat milk.

Roman centurions relied on cheese as a part of their diet, with Romano Pecorino being a key cheese of that era.

Swiss cheese gets its holes from propionic bacteria, which produce carbon dioxide gas during aging.

Processed cheese, pioneered by James L. Kraft, is made by melting down natural cheese and homogenizing it with emulsifiers for a longer shelf life and even melting.

Mozzarella, especially favored for pizza, has become the most popular cheese in the United States due to America's love for pizza.

Authentic fresh mozzarella, or mozzarella di bufala, is made from water buffalo milk, known for its sweet and rich flavor.

The whey industry is transforming what was once a waste product into valuable ingredients for the food and fitness industries.

Cheese research is focusing on increasing the nutritional value of cheese, including boosting omega-3 fatty acids and incorporating probiotic cultures.

Transcripts
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