Carbohydrates provide our membranes with oxygen and are responsible for giving us as humans, a fix of energy. Our bodies however, perform better when relying on proteins for energy, which are found in foods such as red meat, eggs, and dairy products. Unlike carbohydrates, protein energy is released into the human body slowly, as opposed to a quick burst of energy that quickly disperses.
Carbohydrates, if consumed in a large mass, convert quickly into body fat. How much is converted into body fat is all down to the types of carbohydrates you consume. Complex carbohydrates such as brown rice help aid in the slow release of energy, whereas breadstuffs, cakes and processed carbohydrates will likely be stored mostly as fat.
Carbohydrates also help with cell identification; antibodies recognise red blood cell blood types quickly by their extracellular carbohydrates. This means not only are they great at releasing energy into the human body, but are also good at helping your body recognize cells.
Carbohydrates can also be utilised to anchor proteins into the membrane. They also help to take part in the formation of the membrane, in the form of sugar molecules, or more scientifically known as oligosaccharides. They also act as a great cell marker, helping guide hormones to its receptor.
Carbohydrates, if consumed in a large mass, convert quickly into body fat. How much is converted into body fat is all down to the types of carbohydrates you consume. Complex carbohydrates such as brown rice help aid in the slow release of energy, whereas breadstuffs, cakes and processed carbohydrates will likely be stored mostly as fat.
Carbohydrates also help with cell identification; antibodies recognise red blood cell blood types quickly by their extracellular carbohydrates. This means not only are they great at releasing energy into the human body, but are also good at helping your body recognize cells.
Carbohydrates can also be utilised to anchor proteins into the membrane. They also help to take part in the formation of the membrane, in the form of sugar molecules, or more scientifically known as oligosaccharides. They also act as a great cell marker, helping guide hormones to its receptor.