Wait a second!
More handpicked essays just for you.
More handpicked essays just for you.
Bread mold experiment introduction
Don’t take our word for it - see why 10 million students trust us with their essay needs.
Recommended: Bread mold experiment introduction
Have you ever wondered why one of your breads are molded and the other one still looks fresh in my experiment I will answer that question in my experiment. My project is “What Type of Bread Will mold the fastest between wheat and white. So I think that the wheat bread will start to mold faster that white because it has a lot more nurturance then white bread and nurturance is what mold needs to grow. Mold is a minute fungus that lives on food and other places. About 10,000 to 300,000 but know one knows the exact number of how many there types of mold are there. Unlike germs mold does not have only type of cell it has multiple cells. Mold is This picture comes from http://www.epa.gov/mold/moldguide.html it is a picture showing close up pictures of mold spores like people which mean it is mostly made up of water. You know you have mold when you start seeing green fuzzy things on your food or were ever it is growing and start smelling an earthy or dirt like smell. It you do have mold on your food rule 101 DO NOT EAT IT, it can cause you to get sick and if you smell it can cause respiratory problems. …show more content…
When it does have a body it needs to be damp and in the dark places. Now you may be wondering by know if mold is fungi doesn’t need light to grow and make food? Well the answer is, no. mold gets its food by extracting it from the food they start to live on and because they might get dried out by the sun or by anther bright light. Mold cannot control their body temperature so they grow at room temperature so if you don’t want to keep your house freezing cold or burning hot there so no real way to prevent mold from
In the kingdom of Fungi, is a collection of different organic multicellulary eukaryotic organisms. Fuguses are unique from any other life form. They grow in the wild yet they are not plants. They also breakdown and digest animals and plants alike, but they are not animals. Fungi are made up of chitin, a derivative of glucose that is also found in cephalopods, arthopods and crustaceans alike. Similiar to cellulose which is a what plants' cell walls are comprised of, Chitin is a tough material that gives the Fungi its structure.
Mold is a member of the fungi family. Since mold is part of the fungi family, it cannot use the sun to obtain energy. This means that mold has to use other plants or animals to grow. Even though they cannot see them, there are millions of mold spores in the air. These spores settle down and start to multiply which can be done rapidly or slowly as long as it has a food source. Mold usually grows best in warm environments, but it can still grow in cold environments also. Mold can cause illness such as vomiting or feeling nauseated when it is eaten or when it smells bad.
Some people think back to middle school and say it was the boring school years. However, for me it was great, and one class made my experience even better. That class was Ms. Royall’s home economics class. She is well-known for her monkey bread, and I fell in love the first time eating it. In her class, the first thing we learned was how to make monkey bread. We would make it all the time, and would always fuss about someone getting more than the other. It is a sweet, delicious dessert that is easy to make. This is now one of my favorite desserts, and I would like to share it with you so you can make it.
Food advertisements, supermarket displays, and restaurant menus increasingly highlight foods, particularly bread, as being gluten-free. Gluten consists of two proteins, gliadin and glutamine, which combine and help produce light and fluffy bread (Lord, 2012). Wheat is bred for its high gluten content which serves efficiently well for all bakers and chefs. Today, gluten is becoming a problem in society since allergic reactions to the protein have increased. Bread is a worldwide staple food and gluten is a predominant aspect within the dough mixture. Gluten free bread is basically fixed as it was thousands of years ago without the fermentation of yeast and the mixture of sourdough.
The first step of the process of hay production is the standing crop. The standing crops contain bacteria and yeasts. This is where potential mold growth begins (Smith). Once the crop has been cut the moisture of the plant is then decreased very quickly. This now allows a new group of microbes to begin to reproduce and spread. Hay that is apparently dusty but lacks visual evidence of mold, is caused by fungi growing in the cut hay that is drying out in the field. After the hay has been baled, yet another new group of microbes (mainly consisting of fungi and yeasts) start to reproduce (Smith). These new fungi are better suited to fill this new, drier, and warmer niche. The most common molds found in hay include Alternaria, Aspergillus, Cladosporum, Fusarium, Mucor, Penicillium, and Rhizopus each of these types cause spores that can cause problems for livestock and especially horses (Lemus). Out of these common types of fungi, there are three types that start to grow mainly during storage; These are Aspergillis, Fusarium and Penicillium. Several of the fungi that grow during the hay bale storage process are known to produce mycotoxins. These are the organisms that feed off sugars and organic acids emitted from the plant during the drying process and they are also the types of fungi that cause hay to become moldy (Smit...
Starting temperature Ending temperature (_______ grams) Highest amount (_______ Conclusion: The purpose of the lab is to determine the ideal conditions for carbon dioxide production in yeast. This activity focused on figuring out ways to help Jim Baker make his bread as fluffy as possible in a limited amount of time. The goal was to produce the most foam in 20 minutes. My group hypothesized that 2.5 grams of sucrose in water that measured 35°C would produce the most foam.
Bread has become a staple food in the majority of Americans lives. Through Bobrow-Strain’s novel of White Bread: A Social History of the Store-Bought Loaf (2012) he examines what has changed the patterns and perceptions of white bread and the industrialization of white bread through-out American History. Bobrow-Strain discusses alarming thoughts about what is done to the bread through control, money, likes, dislikes and the economics of the industrialization of bread. One of the main aspects of why white bread is examined so intensively in his book is because of how people associate it with a certain race, class or even gender. Bobrow-Strain shows the reader how white bread says a lot about who we are and who we want to be as a society.
Plants produce their own food using photosynthesis, while fungi intake food from other living organisms and decomposed organic matter. Fungi lack a chlorophyll unlike plants. Plants have roots, leaves, and stems while fungi have filamentous bodies. Last but not least, fungi cell wall contain chitin while plant cell wall contain cellulose.
Microorganism is a living thing that cannot be seen by naked eye and is so small in size. Microorganism usually can be seen through microscope because microscope have the ability to see small thing using various magnification. The examples of microorganism are bacteria, fungi, protozoa, algae and virus. Among all of the microorganisms, bacteria have the greatest advantages in preserving food and beverages. Bacteria are generally harmless but can produce enzymes that can alter the structure the food. In extreme cases, bacteria can secrete toxic substances that can cause the food to spoil.
Bruegger's Bagels was founded in 1983 in Troy, New York by Nord Brue and Mike Dressell. They were the first people bringing New York-style bagels to neighborhoods all over North America. To make their recipe and baking process perfect,Brue and Dressell learnt with a professional bagel baker from New York City for two years and half. And they make the bagel have a crisp shell and soft, chewy center. Until that time, bagels were known mostly as a local food and not recognized outside of New York. At that time, less than 30 percent of Americans had ever tasted a bagel.
Microorganisms are lifeforms that are small enough to be microscopic. In other words, they require a microscope to be seen. Examples of types of microorganisms include bacteria, protozoa, viruses, and fungi.
The advertise estimate in the Western markets for premium treat players is higher than that of Indian Market. As the way of life is enhancing in India, the interest for premium treats in the market is expanding. Numerous International players are attempting to tap this space by going into the market with infiltrating costs.
Our school uses foam lunch trays, something we should change. In the long run, using foam trays makes can cause difficulties. There are several reasons why we would benefit by only using plastic lunch trays. One reason we shouldn’t use foam trays is how bad it is for the environment. Each year, Americans throw away about 254 million tons of trash each year. Changing something like our lunch trays might not seem like a very influential change, but something is better than nothing. The foam trays are less sturdy than our plastic trays. When little kids, especially the preschoolers and kindergartners,hold their trays, they usually only use one hand. This could result in the tray snapping if they have too much food. Reusing the plastic plates is
The slime mold has a simple environment. They can be found in cool, damp places were they can easily find food. Most species that feed on decaying organic matter, bacteria, protozoa, and other minute organisms, which they engulfs and digests. They may live on plants, but do not try to kill the plant to eat. They do not mean to harm the plant, although they sometimes smother the plant in which they are living on by not allowing sun light reach the leaves.
Mold thrives in damp, dark and humid areas, including basements, crawl spaces, bathrooms, carpeted areas, and walls. Inspect your entire building, including secluded areas, at least once a week. Look for visible