No. Its the Rh factor. Some people are born with the Rh protein in their blood and a very few aren't. The people that have the protein are Rh+ and those that don't are Rh-. Women who have Rh- blood such as O- have to get a Rhogam shot so they aren't exposed to the protein when they have Rh+ children. If they are exposed, they build antibodies that can attack Rh+ babies they are carrying.
The outer surface of cell membranes in the human body tends to have a negative charge due to the presence of lipids and proteins. This negative charge helps regulate ion movement and signal transduction in cells.
Rh negative blood is rare in the human population because it is a genetic trait that is not as common as Rh positive blood. The Rh factor is inherited from our parents, and the gene for Rh negative blood is less prevalent in the general population. This makes Rh negative blood less common compared to Rh positive blood.
Nothing, O negative blood is the universal donor. Everyone can receive it without complications.
Human blood has a protein (rH). If you have rH in your blood you have positive blood type, if you are lacking rH you have a negative blood type. Negative blood rejects positive blood because it is lacking the chemical, however positive blood can accept both negative or positive blood.
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Electrons have a negative charge.
A charge which is not a positive charge is a negative charge.
The diet for specific blood types that is generally accepted focuses the difference between the diets on the type of blood (i.e. O, A, or B) rather than the positive or negative charge associated with the blood type. There is no specification for a person with negative type blood.
These are specific blood types in a human being.
The electron has a negative electrical charge.
Electrons have an electrical negative charge.
Electrons carry a negative charge to balance out the positive charge of the proton.