Golden blood, also known as Rh-null blood or Rh-null phenotype, refers to an extremely rare blood type that lacks all Rh blood group antigens.
These antigens are substances present on the surface of red blood cells, which determine the Rh blood type (e.g., Rh positive or Rh negative).
Individuals with Rh-null blood do not possess any of these antigens, making their blood type highly unusual and valuable for medical research.
Rh-null blood is estimated to occur in about one in every six million people worldwide.
It is an inherited condition that is typically passed down through generations within specific populations.
Most individuals with Rh-null blood are asymptomatic and generally healthy, although they may face some challenges if they require blood transfusions or have complications during pregnancy.
Due to the scarcity of Rh-null blood, it is in high demand for medical research purposes, including the development of new blood-related treatments and techniques.
Rh-null blood can serve as a universal donor for individuals with rare blood types or those who have developed antibodies against other blood types.
However, finding compatible blood for individuals with Rh-null blood can be challenging, as they can only receive blood from other individuals with the same blood type.
In summary, golden blood or Rh-null blood is an extremely rare and valuable blood type lacking all Rh blood group antigens.
It has significant medical research potential but can pose challenges in finding compatible blood for transfusions.
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