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fermentation

A Wisdom Archive on fermentation

fermentation

A selection of articles related to fermentation

We recommend this article: fermentation - 1, and also this: fermentation - 2.
fermentation, Fermentation, Fermentation - Biochemistry, Fermentation - Fermented foods by region, Fermentation - History, Fermentation - Products, Fermentation - Uses, Industrial fermentation

ARTICLES RELATED TO fermentation

fermentation: Encyclopedia II - Fermentation - Products

Products produced by fermentation are actually waste products produced during the reduction of pyruvate to regenerate NAD+ in the absence oxygen. When yeast ferments, it breaks down the sugar(C6H12O6) into exactly two molecules of ethanol (C2H6O) and two molecules of carbon dioxide (CO2). Ethanol fermentation (done by yeast and some types of bacteria) breaks the pyruvate down into ethanol and carbon dioxide. It is important in bread-making, brewing, and win ...

See also:

Fermentation, Fermentation - History, Fermentation - Biochemistry, Fermentation - Products, Fermentation - Uses, Fermentation - Fermented foods by region

Read more here: » Fermentation: Encyclopedia II - Fermentation - Products

fermentation: Encyclopedia II - Fermentation - Products

Products produced by fermentation are actually waste products produced during the reduction of pyruvate to regenerate NAD+ in the absence oxygen. Ethanol fermentation (done by yeast and some types of bacteria) breaks the pyruvate down into ethanol and carbon dioxide. It is important in bread-making, brewing, and wine-making. When the ferment has a high concentration of pectin, minute quantities of methanol can be produced. Usually only one of the products is desired; in bread the alcohol is baked out, and in alcohol production t ...

See also:

Fermentation, Fermentation - History, Fermentation - Biochemistry, Fermentation - Products, Fermentation - Uses, Fermentation - Fermented foods by region

Read more here: » Fermentation: Encyclopedia II - Fermentation - Products

fermentation: Encyclopedia II - Ethanol fermentation - The need for Fermentation

In aerobic respiration (the branch of respiration ‘normal’ for most organisms), a molecule of Glucose (C6H12O6, shown left) is broken down through the process of glycolysis into pyruvate (C3H3O3, shown right). In the first half of glycolysis, two Adenosine triphosphate (ATP) molecules cause glucose to break into two molecules Glyceraldehyde-3-phosphate (G3P). In the next step, a Nicotinamide adenine dinucleotide (NAD+) molecule removes a hydrogen atom from a G3P, c ...

See also:

Ethanol fermentation, Ethanol fermentation - The need for Fermentation, Ethanol fermentation - The chemical process of fermentation, Ethanol fermentation - Uses of Ethanol respiration

Read more here: » Ethanol fermentation: Encyclopedia II - Ethanol fermentation - The need for Fermentation

fermentation: Encyclopedia II - Ethanol fermentation - The chemical process of fermentation

Fermentation is a chemical pathway that provides such a substance. In the ethanol fermentation used by yeasts and other organisms, the ionised carboxyl group (COO–) is removed from the pyruvate to generate a molecule of carbon dioxide, which is released by the yeast into its surroundings. The resulting molecule, acetaldehyde (C2H4O, see left), takes the place of oxygen as the chemical that accepts hydrogen from NADH. This hydrogen, together with an H+ ion released during an earlier stage of glycolysis, is added ...

See also:

Ethanol fermentation, Ethanol fermentation - The need for Fermentation, Ethanol fermentation - The chemical process of fermentation, Ethanol fermentation - Uses of Ethanol respiration

Read more here: » Ethanol fermentation: Encyclopedia II - Ethanol fermentation - The chemical process of fermentation

fermentation: Encyclopedia II - Zymology - History

French chemist Louis Pasteur was the first zymologist, when in 1857 he connected yeast to fermentation. Pasteur originally defined fermentation as respiration without air. Pasteur performed careful research and concluded, "I am of the opinion that alcoholic fermentation never occurs without simultaneous organization, development and multiplication of cells.... If asked, in what consists the chemical act whereby the sugar is decomposed ... I am completely ignorant of it.". The German Eduard Buchner, winner of the 1907 Nobel Prize in chemistry, later determined that fermentation was actually caused by a yeast sec ...

See also:

Zymology, Zymology - Fermentation, Zymology - History, Zymology - Products

Read more here: » Zymology: Encyclopedia II - Zymology - History

fermentation: Encyclopedia II - Brewing - Brewing beer

All beers are brewed using a process based on a simple formula. Key to the process is malted grain, traditionally barley, but often also wheat and, less commonly rye. (When malting rye, due care must be taken to prevent ergot poisoning (ergotism), as rye is particularly prone to developing this toxic fungus during the malting process.) Malt is made by allowing a grain to germinate, after which it is then dried in a kiln and sometimes roasted. The germination process creates a number of enzymes, notably α-amylase and β-amylase, which ...

See also:

Brewing, Brewing - Brewing beer, Brewing - Ale top fermenting yeasts, Brewing - Lager bottom fermenting yeasts, Brewing - Beers of Spontaneous Fermentation wild yeasts, Brewing - Beers of mixed origin blends of spontaneous fermentation beers and ales or lagers

Read more here: » Brewing: Encyclopedia II - Brewing - Brewing beer

fermentation: Encyclopedia II - Anaerobic respiration - When glycolysis is used

Oxygen is not necessary for glycolysis to occur. In some organisms, such as C. tetani (causes tetanus) or C. perfringens (causes gangrene), called obligate anaerobes, the presence of oxygen is lethal. In organisms which use glycolysis, the absence of oxygen prevents pyruvate from being metabolised to CO2 and water via the citric acid cycle and the electron transport chain (which relies on O2) does not function. Fermentation does not yield more energy than that already obtained from glycolysis (2 ATPs) but serves to regenerate NAD+ so glycolysis can continue. Vari ...

See also:

Anaerobic respiration, Anaerobic respiration - When glycolysis is used, Anaerobic respiration - Fermentation in other organisms, Anaerobic respiration - When ATP synthase is used

Read more here: » Anaerobic respiration: Encyclopedia II - Anaerobic respiration - When glycolysis is used

fermentation: Encyclopedia II - Eric Harris and Dylan Klebold - Fermenting frustration

Initially, both were believed to be members of a group that called themselves the "Trenchcoat Mafia", a small group which wore heavy black trenchcoats. However, it since has been discovered that they were only friends with one of the members of the group, Chris Morris, and that most of the primary members of the Trenchcoat Mafia had graduated or dropped out of the school by the time that Harris and Klebold committed the massacre. Most ...

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Eric Harris and Dylan Klebold, Eric Harris and Dylan Klebold - Eric Harris, Eric Harris and Dylan Klebold - Dylan Klebold, Eric Harris and Dylan Klebold - The friendship, Eric Harris and Dylan Klebold - Fermenting frustration, Eric Harris and Dylan Klebold - Armed heavily, Eric Harris and Dylan Klebold - Ambitious plans, Eric Harris and Dylan Klebold - The Columbine massacre

Read more here: » Eric Harris and Dylan Klebold: Encyclopedia II - Eric Harris and Dylan Klebold - Fermenting frustration

fermentation: Encyclopedia II - Silage - Making silage

Silage must be made from plant material with a suitable moisture content, which ranges from about 55% to 70% depending on the construction of the storage structure and hence the degree of compression and the amount of water that will be lost during storage. For corn, harvest begins when the whole-plant moisture is at a suitable level. For pasture-type crops the grass is mowed and allowed to wilt for a day or so until the moisture drops to an acceptable level. In New Zealand and Northern Europe it is harvested directly from the paddock by a tractor-mounted silage chopper, blown into a trailer-mounted c ...

See also:

Silage, Silage - Making silage, Silage - Fermentation, Silage - Silo effluent, Silage - Storing silage, Silage - Safety, Silage - Nutrition

Read more here: » Silage: Encyclopedia II - Silage - Making silage

fermentation: Encyclopedia II - Silage - Safety

Silos are hazardous, and people die every year in the process of filling and maintaining them. The machinery used is dangerous, and with tower silos workers can fall from the silo's ladder or work platform. There are also respiratory hazards from the fermentation process itself. Nitrous oxide gas is released in the early stages of fermentation, and can kill. The reduced oxygen environment inside the silo can cause asphyxiation, and molds formed when air is allowed to reach cured silage can c ...

See also:

Silage, Silage - Making silage, Silage - Fermentation, Silage - Silo effluent, Silage - Storing silage, Silage - Safety, Silage - Nutrition

Read more here: » Silage: Encyclopedia II - Silage - Safety

fermentation: Encyclopedia II - Beer style - Determining a beer's style

A major component of determining the type of beer is the yeast used in the fermentation process. Most beer styles fall into one of two large families: ale, using top-fermenting yeast, or lager, using bottom-fermenting yeast. Beers that blend the characteristics of ales and lagers are referred to as hybrids. Alcoholic beverages made from the fermentation of sugars derived from non-grain sources are generally not called "beer," despite being produced by the same yeast-based biochemical reaction. Fermented honey is c ...

See also:

Beer style, Beer style - Determining a beer's style, Beer style - Ale, Beer style - Lager, Beer style - Spontaneous fermentation, Beer style - Hybrid beers

Read more here: » Beer style: Encyclopedia II - Beer style - Determining a beer's style

fermentation: Encyclopedia II - Beer style - Lager

Lagers are the most commonly-consumed category of beer in the world. They are of Central European origin, taking their name from the German lagern ("to store"). Lager yeast is a bottom-fermenting yeast, and typically undergoes primary fermentation at 7-12°C (45-55°F) (the "fermentation phase"), and then is given a long secondary fermentation at 0-4°C (30-40°F) (the "lagering phase"). During the secondary stage, the lager clears and mellows. The cooler conditions also inhibit the natura ...

See also:

Beer style, Beer style - Determining a beer's style, Beer style - Ale, Beer style - Lager, Beer style - Spontaneous fermentation, Beer style - Hybrid beers

Read more here: » Beer style: Encyclopedia II - Beer style - Lager

fermentation: Encyclopedia II - Brewery - The Brewing Process

Work in the brewery is typically divided into 7 steps: Mashing, Lautering, Boiling, Fermenting, Conditioning, Filtering, and Filling. Brewery - Mashing. Mashing is the process of mixing milled grain (typically malted grain) with water, and heating this mixture up with rests at certain temperatures to allow enzymes in the malt to break down the starch in the grain into sugars, typically maltose. Large breweries usually employ a decoction mash method, in which the thickest part of the mash is boiled t ...

See also:

Brewery, Brewery - Beer industry definitions, Brewery - History, Brewery - The industrialization of the brewery, Brewery - Major technological advances, Brewery - The modern brewery, Brewery - The Brewing Process, Brewery - Mashing, Brewery - Lautering, Brewery - Boiling, Brewery - Fermenting, Brewery - Conditioning, Brewery - Filtering, Brewery - Packaging, Brewery - Craft Brewing, Brewery - Home Brewing

Read more here: » Brewery: Encyclopedia II - Brewery - The Brewing Process

fermentation: Encyclopedia II - Alcoholic beverage - History

Alcoholic beverage - Fermented beverages. Fermented alcoholic beverages have been known since pre-historical times. Beer was certainly known in Mesopotamia before 4000 BC, as attested to by recipes found on clay tablets and art that shows individuals using straws to drink from large vats. Wine was consumed in Classical Greece at breakfast or at symposia, and in the 1st century BC it was part of the diet of most Roman citizens. However, both Greeks and Romans generally consumed their wine watered (from 1 pa ...

See also:

Alcoholic beverage, Alcoholic beverage - Chemistry, Alcoholic beverage - Alcoholic content, Alcoholic beverage - Flavoring, Alcoholic beverage - History, Alcoholic beverage - Fermented beverages, Alcoholic beverage - Distilled beverages, Alcoholic beverage - Uses, Alcoholic beverage - Legal considerations, Alcoholic beverage - Types of alcoholic beverages, Alcoholic beverage - Non-distilled beverages, Alcoholic beverage - Distilled beverages

Read more here: » Alcoholic beverage: Encyclopedia II - Alcoholic beverage - History

fermentation: Encyclopedia II - Cabbage - Uses

The only part of the plant that is normally eaten is the leafy head; more precisely, the spherical cluster of immature leaves, excluding the partially unfolded outer leaves. Cabbages are commonly used both cooked and as a salad vegetable. Sauerkraut is a fermented cabbage often used as a condiment or side dish. Cabbage - Salads. Cabbage leaves are considered too tough to be used whole in salads, so they are usually sliced into thin strips or chopped, as in coleslaw. Cabbage - Cooking. Cabbage is often prepared by boiling, usually as part of soups or stews such as the Centr ...

See also:

Cabbage, Cabbage - Uses, Cabbage - Salads, Cabbage - Cooking, Cabbage - Fermented and preserved, Cabbage - Other uses, Cabbage - Cultivation

Read more here: » Cabbage: Encyclopedia II - Cabbage - Uses

fermentation: Encyclopedia II - Alcoholic beverage - History

Alcoholic beverage - Fermented beverages. Chemical analyses of organics absorbed and preserved in pottery jars from the Neolithic village of Jiahu, in Henan province, Northern China, have revealed that a mixed fermented beverage of rice, honey, and fruit was being produced as early as 9,000 years ago. This is approximately the same time that barley beer and grape wine were beginning to be made in the Middle East. Recipes have been found on clay tablets and art in Mesopotamia that show individuals using ...

See also:

Alcoholic beverage, Alcoholic beverage - Chemistry, Alcoholic beverage - Alcoholic content, Alcoholic beverage - Flavoring, Alcoholic beverage - History, Alcoholic beverage - Fermented beverages, Alcoholic beverage - Distilled beverages, Alcoholic beverage - Uses, Alcoholic beverage - Legal considerations, Alcoholic beverage - Types of alcoholic beverages, Alcoholic beverage - Non-distilled beverages, Alcoholic beverage - Distilled beverages, Alcoholic beverage - External link

Read more here: » Alcoholic beverage: Encyclopedia II - Alcoholic beverage - History

fermentation: Encyclopedia II - Vores Øl - Usefulness of original recipe

Almost immediately, much of the homebrewing community spoke out against the quality of the recipe, several posting to a Slashdot thread[1]. Most notable among the complaints were that it was never stated how much water to use in the mash, what type of yeast was to be used, the style of beer being produced (other than being dark and heavy), whether or not any hops were being added for aroma, fermentation temperature, or how the beer was supposed to taste. Along the lines of the open source software that the group is implicitly promoting, several people have said ...

See also:

Vores Øl, Vores Øl - Usefulness of original recipe, Vores Øl - Recipe for Vores Øl, Vores Øl - Malt extract, Vores Øl - Taste and sugar, Vores Øl - Fermentation, Vores Øl - Other Opendrink projects

Read more here: » Vores Øl: Encyclopedia II - Vores Øl - Usefulness of original recipe

fermentation: Encyclopedia II - Food science - Properties of Food

Food science - Acidity pH. Nearly all fruits and vegetables are acidic (have a pH less than 7). For example, an apple has a pH of around 3.3 to 4.0, depending on variety and growing conditions. Leafy green vegetables have a pH of 5.5 to 6.8. Acidity helps to protect the food from bacteria, most of which require a neutral pH, especially the pathogenic ones. However, acidity does not stop fungi like yeast, which is why fruit will ferment naturally. Most meat, dairy, and soy products have a neutral pH. Tofu has a pH of about 7.2. Milk has a pH on the acidic side of neutral, 6.4 t ...

See also:

Food science, Food science - Properties of Food, Food science - Acidity pH, Food science - Water activity, Food science - Shelf life, Food science - Food processes, Food science - Browning, Food science - Fermentation, Food science - Pasteurization

Read more here: » Food science: Encyclopedia II - Food science - Properties of Food

fermentation: Encyclopedia II - Vores Øl - Recipe for Vores Øl

The following recipe is as shown on the official website (as of September 2005), although other variants may exist due to the freedom given to modify the recipe. Recipe for approx. 85 ltr. (approx. 6% alcohol by volume). Vores Øl - Malt extract. Four types of malted barley are used: 6 kg pilsner malt 4 kg münsner malt 1 kg caramel malt 1 kg lager malt The malt is crushed and put in 55-60°C hot water for 1-2 hours. The mash is filtered and ...

See also:

Vores Øl, Vores Øl - Usefulness of original recipe, Vores Øl - Recipe for Vores Øl, Vores Øl - Malt extract, Vores Øl - Taste and sugar, Vores Øl - Fermentation, Vores Øl - Other Opendrink projects

Read more here: » Vores Øl: Encyclopedia II - Vores Øl - Recipe for Vores Øl

fermentation: Encyclopedia II - Herring - Cuisine

Herring have been a staple food source, especially for northern Europeans, back to 3000 B.C. There are numerous ways the fish is served and many regional recipes: eaten raw, fermented, pickled, or cured by other techniques. Environmental Defense suggests Atlantic herring (Clupea harengus) to be the most Ecological choice for eating. Herring - Pickled herring. A very popular Scandinavian food item, pickled herring has been around for a long time. In preparation herring are cut into fillets and ...

See also:

Herring, Herring - Distribution, Herring - Morphology, Herring - Behaviour, Herring - Lifecycle, Herring - Ecology, Herring - Economy, Herring - Cuisine, Herring - Pickled herring, Herring - Rollmops, Herring - Fermented, Herring - Raw, Herring - Other means, Herring - Herring lore

Read more here: » Herring: Encyclopedia II - Herring - Cuisine

fermentation: Encyclopedia II - Herring - Cuisine

Herring have been a staple food source, especially for northern Europeans, back to 3000 B.C. There are numerous ways the fish is served and many regional recipes: eaten raw, fermented, pickled, or cured by other techniques. Environmental Defense suggests Atlantic herring (Clupea harengus) to be the most Ecological choice for eating. Herring - Pickled herring. A very popular Scandinavian food item, pickled herring has been around for a long time. In preparation herring are cut into fillets and ...

See also:

Herring, Herring - Morphology, Herring - Behaviour, Herring - Lifecycle, Herring - Ecology, Herring - Economy, Herring - Cuisine, Herring - Pickled herring, Herring - Rollmops, Herring - Fermented, Herring - Raw, Herring - Other means, Herring - Herring lore

Read more here: » Herring: Encyclopedia II - Herring - Cuisine




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