4 molecules of oxygen - one to each subunit on the heme
Four heme groups, so I think four molecules of oxygen can be transported by one molecule of haemoglobin.
Each molecule of hemoglobin can transport up to four molecules of oxygen. Hemoglobin has four heme groups, each of which can bind to one molecule of oxygen.
Typically, a single polypeptide chain in a hemoglobin molecule can bind to 4 heme molecules. Each heme molecule contains an iron atom that can bind to an oxygen molecule for transport in the bloodstream.
Red blood cells contain approximately 270 million hemoglobin molecules, each of which has four heme groups. Therefore, the total number of heme groups in a single red blood cell is around 1.08 billion. Hemoglobin is responsible for transporting oxygen throughout the body, with the heme groups playing a crucial role in binding oxygen molecules.
1 Each myoglobin molecule has one heme group and can bind one oxygen molecule. Hemoglobin on the other hand can bind up to 4 molecules of oxygen.
A hemoglobin molecule can bind up to four oxygen molecules, one at each of its four heme iron sites.
Hemoglobin can carry a maximum of four oxygen atoms. Each hemoglobin molecule consists of four heme groups, each of which can bind to one oxygen molecule, resulting in a total of four oxygen atoms carried by one hemoglobin molecule.
During oxidative phosphorylation, which is part of the electron transport chain, a total of 6 water molecules are formed when oxygen is reduced to form water at the end of the chain.
It is complex, various chemical signals can trigger increased or decreased production. These signals can affect the enzymes themselves or the production of these enzymes, at the genetic level.
Each Red Blood Cell can carry up to four oxygen molecules, which bind to hemoglobin proteins in the cell. This binding of oxygen to hemoglobin is crucial for the transport of oxygen from the lungs to tissues throughout the body.
Many, but the most common is oxygen, which creates oxyhemoglobin. The reason for this is that oxygen binds to iron, (heme=iron in latin) which creates the new ion, oxyhemoglobin. Other molecules that I can think of, at this moment, would be carbon dioxide and some other molecule with a combination of carbon,oxygen,and hydrogen. It might be glucose, but I can't think of it at the moment.
There are four hemes. So, theoretically, up to 4 oxygen molecules can bond to a single hemoglobin. However, in practice, this seldom occurs.(usually fewer)