This is what I'm doing for my Science Fair :D. Yes, more vinegar will generate casein faster and with a higher consistency. I guess you can say more.....
No!
Its relatively simple. The plastic is called casein. Basically all you need to do is curdle the milk using vinegar. See the link for more detail.
Casein is formed when you mix milk and vinegar,
No, soy milk does not contain casein. Casein is a protein found in dairy milk, not in plant-based milk alternatives like soy milk. Soy milk is a good option for individuals looking to avoid dairy products or those with lactose intolerance.
as far as i know, casein protein comes from egg, or can come from an extract of milk. casein is a more slow acting protein in comparison to a whey protein which has been more broken down in the digestive path. also whey proteins have around 15 amino acids added to the formula. as far as i know, casein protein comes from egg, or can come from an extract of milk. casein is a more slow acting protein in comparison to a whey protein which has been more broken down in the digestive path. also whey proteins have around 15 amino acids added to the formula.
Nonfat milk is used in the isolation of casein because it contains a high concentration of proteins, particularly casein, without the interference of fats that could complicate the extraction process. By using nonfat milk, researchers can more easily precipitate casein through acidification or the addition of rennet, leading to a purer isolation of the protein. Additionally, nonfat milk provides a controlled environment for the extraction, ensuring consistent results.
No, vinegar is more acidic than milk. Vinegar has a pH ranging from 2.4 to 3.4, while milk has a pH of around 6.5 to 6.7. The lower the pH value, the more acidic the substance.
Milk freezes faster than vinegar because milk is mostly water, which freezes at a higher temperature compared to vinegar. The water content in milk allows it to freeze more quickly than the acidic vinegar.
By heating the milk solution up to 40 degrees, you are denaturing the protein. So that when you add up the acetic acid with the solution, the acetic acid will be able to bind with the denatured protein, making the environment necessary for casein coagulation.
A skittle will dissolve better in vinegar than in milk because vinegar is an acidic solution, which helps break down the sugar and color dyes in the skittle more effectively than milk.
Yes, casein and gluten are somewhat related. They are both proteins - gluten is a protein found in wheat/grain products and casein is a protein found in dairy products. Many times, if one protein is a problem, the other will be too. Gluten free casein free (GFCF) diets have become more prominent for this reason.
The precipitation of casein in its uncombined form by the addition to milk of one or another acid forms the basis of all methods of preparation. These differ widely, however, in the subsequent purification In the method of Hammarsten, just enough alkali is added to dissolve this casein completely. The alkalinity reached in this process somewhat modifies its physical properties but probably not its composition. In the method of Van Slyke and Bosworth the last trace of calcium is removed by adding oxalate to an ammoniacal solution of the casein, but this procedure was shown to be unnecessary by Van Slyke and Baker. The present process is based in large part upon that of Van Slyke and Baker, the modifications depending upon the observation that casein forms far more soluble compounds with univalent than with bivalent bases at neutral reactions.