It will cause the culture to become more basic...an increase in pH
Acidic hydrolysis: hydrolysis in an acid solution (pH under 7) Basic hydrolysis: hydrolysis in a basic solution (pH above 7)
Under 5,5.
Because depending on the pH the phenolphtalein solution change the color.
pH is the measure of H+ ions. The more the concentration of H+ ions, the less the pH value and the more the concentration of OH- ions and lesser the concentration of H+ ions, the more is the pH value.
During enzymatic cleavage, hydrogen atoms/protons are released into the solution causing the pH to drop to build up of protons.
Acidic hydrolysis: hydrolysis in an acid solution (pH under 7) Basic hydrolysis: hydrolysis in a basic solution (pH above 7)
If it ferments a sugar, the pH drops (becomes more acidic) -- lower pH #
Urea water solution is neutral.
Under 5,5.
The pH of a milk sample will go down due to carboylate anions. The hydrolysis is performed with triacylglycerols to glycerol.
Complete hydrolysis of chromosomal nucleic acids gave inorganic phosphate, 2-deoxyribose and four different heterocyclic bases
if u mean 'what are the factors that denature enzymes?' the answer is:--------- changes in pH and an increase in temperature
Because depending on the pH the phenolphtalein solution change the color.
pH is the measure of H+ ions. The more the concentration of H+ ions, the less the pH value and the more the concentration of OH- ions and lesser the concentration of H+ ions, the more is the pH value.
During enzymatic cleavage, hydrogen atoms/protons are released into the solution causing the pH to drop to build up of protons.
An ester is a compound composed of an acid and an alcohol (the two molecules condense and a water molecule is released). The hydrolysis of an ester refers to its reaction with water to produce the constituent alcohol and acid. Fats are generally esters of the alcohol glycerin with fatty acids (long chain carboxylic acids). Thus, when fats are hydrolyzed, a (weak) acid will be released, lowering the pH of the milk.
Primarily by the concentration of the Hydrogen ion H+.