The base elements contained in protein cells are: carbon, hydrogen, nitrogen and oxygen. Proteins are comprised of up to thousands of different units called amino acids. These amino acids link in a chain-like structure which make up a single protein cell.Know More
The structure of an amino acid can vary in regards to the different elements that make them up and how they are comprised. For instance some amino acids contain which are irregular contain elements of sulfur and selenium.
Proteins are responsible for many bodily functions. Some of these protein functions act as antibodies which bind to organisms or viruses foreign to the body, aiding in preventing illness,
These also act as enzymes which carry out chemical functions taking place in a cell. Enzymes in addition to this, construct new molecular information by processing the genetic code stored in DNA.
Other types of proteins are; messenger proteins like hormones for example that transmit information for biological processes such as, different cells, tissues, and organs.
Structural proteins are responsible for maintenance and support of cells. Without these protein functions the body would not be able to move.
Transport and storage proteins ensure that atoms and other small molecules are carried throughout the body for necessary function of an organism.Learn more about Organic Chemistry
The subunits of enzymes are proteins, and the subunits of proteins are amino acids. The majority of enzymes are classified as proteins, but a select few consist of catalytic RNA molecules instead of protein subunits.Full Answer >
The four main sources of organic compounds are proteins, lipids, carbohydrates and nucleic acids. Organic compounds are molecules that are built on carbon, and they are the main chemical component of living organisms.Full Answer >
An enzyme is in the class of organic compounds or molecules known as proteins or polypeptides. Enzymes play a role in reactions at the cellular level.Full Answer >
Arginine is a basic amino acid that is found in the active centers of proteins. It binds phosphorylated substrates and is good at binding phosphate anions. It has a positively charged guanidino group that helps with the process.Full Answer >