French scientists discover a new type of blood in the Guadloop woman

The blood supply agency in France announced on Friday that French scientists have discovered a new type of blood in a woman from the Caribbean island.

The woman is the only well -known carrier for a new blood type, called “negative GWAADA”, The French Blood Foundation (EFS) said. This discovery was discovered 15 years after the researchers received a blood sample from a patient who was undergoing routine tests before surgery.

“EFS has just discovered the forty -eighth blood type system in the world!” The agency said in a statement about LinkedIn Social NetworkAdding that the discovery was officially recognized by the International Blood Transport Association in early June.

The Scientific Association has been so far Confessed 47 blood systems.

He added that Terry Berard, a medical biologist at EFS participating in the discovery, told AFP that a “very unusual” anti -first -time body was found in the patient in 2011. However, the resources at that time did not allow more research.

Beiri said that scientists have finally managed to uncover mystery in 2019 thanks to the “highly productive DNA sequence”, which highlighted a genetic boom.

Beiri said that the patient, who was 54 years old at the time and lived in Paris, was undergoing routine tests before surgery when unknown antibodies were discovered.

He said that this woman “is undoubtedly the only known situation in the world, adding:” She is the only person in the world that is compatible with herself. “

The medical biologist said that the woman inherited the type of blood from her father and mother, who had a mutated gene.

Beirrad said the name “GWADA”, which refers to the patient’s origins and “looks good in all languages”, was common for experts.

Abo Blood Frome was first discovered in the early twentieth century. Thanks to the DNA sequence, the discovery of new blood groups has accelerated in recent years.

Peyrad and his colleagues now hope to find other people with the same blood family.

“Discovering new blood groups means providing patients with rare blood types with a better level of care,” said EFS.