A water-soluble protein that increases viscosity in chilled solutions is Gelatin. When dissolved in warm water and then chilled, gelatin forms a gel-like structure, significantly enhancing the viscosity of the solution. This property makes gelatin widely used in food products, desserts, and various culinary applications. Other examples include certain globulins found in legumes, which can also contribute to viscosity in solutions.
glycerol increases the stabilization of the protein by decreasing the surface tension of water
Keratin- fibrous protein that makes up human skin, nails, hair etc.
No, the Golgi apparatus does not decrease in size when a cell increases its protein production. Instead, the Golgi apparatus may increase in size or capacity to accommodate the increased protein synthesis and processing demands.
Temperature, concentration, sometimes also internal fluid velocity. Moreover density, type of liquid, surface where it flows, viscous drag.
the inorganic substance which increases the enzyme activity is called?
Yes, you can add ice to protein shakes to make them refreshing and chilled.
There is no such thing as a solution of protein. Protein structures are broken down and analyzed by combining them in solutions of various conditions, such as super-heating or cooling them.
it increases the protein
Yes, because blood viscosity is increased.
Yes
CovalX's motto is 'Solutions for Protein Complex Analysis'.
glycerol increases the stabilization of the protein by decreasing the surface tension of water
Yes, protein folding increases entropy in biological systems.
Keratin- fibrous protein that makes up human skin, nails, hair etc.
No. While a protein deficiency could stunt growth, excessive protein will not cause beyond normal increases in height.
No, the Golgi apparatus does not decrease in size when a cell increases its protein production. Instead, the Golgi apparatus may increase in size or capacity to accommodate the increased protein synthesis and processing demands.
Children who are already undernourished can suffer from protein-energy malnutrition (PEM) when rapid growth, infection, or disease increases the need for protein and essential minerals.