Proteins have many ionizable groups like carboxyl (COO-) and amino (NH3+) groups. At very high pH, these groups lose or gain protons, resulting in a net negative charge on the protein, turning it into a polyanion. The pH conditions promote deprotonation of the acidic sites on the protein, leading to an increase in negative charges.
Enzymes are proteins. They are very important because they catalyse metabolic processes in the body that would not be able to occur without them. Their function is dependant upon their shape. If an enzyme is not the correct shape for the molecules it need to bind to then it will not be able to catalyse the process it is involved in. The shapes (quaternery structure) of enzymes are the result of attractive forces between funtional groups within the protein. These attrative forces are quite weak, and high temperatures within the body will break them and the enzymes will lose their shape (they are de-natured). Once the structure is lost it cannot be reformed again, so the process regulated by any enzyme that has denatured no longer function properly.
Proteins have a very complicate chemical formula but not a "balanced chemical equation".
True. Molecules can become ions by gaining or losing electrons. When a molecule gains an electron, it becomes a negatively charged ion (anion), and when it loses an electron, it becomes a positively charged ion (cation).
When the load is very low, the system may not be fully utilized, leading to inefficiencies such as underutilization of resources. When the load is very high, the system may become overwhelmed and struggle to process all the requests efficiently, leading to bottlenecks and delays. Both scenarios can result in a drop in throughput as the system is not operating at its optimal capacity.
Some drawbacks of SDS page include: Limited resolving power for proteins with similar sizes. Inability to provide information on protein structure or function. Difficulty in separating proteins with very high or low molecular weights. Potential loss of biological activity during sample preparation.
Heating the food substance being tested for protein can denature the proteins, leading to false results in the analysis. This can affect the accuracy of protein content measurements and skew the nutritional information of the food product.
Yes only if it is melted at a VERY high temp
Yes, but it is probably a very bad idea. Escort is a very high risk profession.
Proteins are not elements; they are very complex organic compounds.
Prices of essential goods such as gas has become very high.
because stomach has very high acid... so it will just denature the proteins.
Here is a list I found on about.com . http://lowcarbdiets.about.com/od/whattoeat/a/highproteinfood.htm
Snow crab legs are not high in cholesterol. When you dip them in butter, they become very high in fat and cholesterol.
A high IQ, combined with very strong study habits.
There is a very high risk that the dead fetal tissue will become infected.
There are three types of stellar remnants. Low to medium mass stars will become white dwarfs. High mass stars will become neutron stars. Very high mass stars will become black holes.
Yes. In fact, all sorts of nuts are good for your hair because they are known to have very high amounts of proteins inside them.