Pregunta
Which was not a result of the 1898 discovery of the four blood types and advances made during the two World Wars?
improved blood transfusion safety
effective blood preservation solutions developed
ability to separate different parts of blood for different uses
all blood types were made universally compatible
improved blood transfusion safety
effective blood preservation solutions developed
ability to separate different parts of blood for different uses
all blood types were made universally compatible
Ask by Coles Hammond. in the United States
Mar 24,2025
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Responder
All blood types were not made universally compatible.
Solución
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The discovery of the four blood types (
, , , and ) led to significant improvements: - Improved blood transfusion safety: Knowing the blood types allowed matching donor and recipient to avoid adverse reactions.
- Effective blood preservation solutions developed: Advances in preserving blood have been made to store and transport blood during emergencies.
- Ability to separate different parts of blood for different uses: Techniques such as centrifugation allow separation into components like red blood cells, plasma, and platelets for targeted treatments.
-
However, despite these advances, the concept of making
was not achieved. Instead, compatibility remains dependent on matching donor and recipient blood types (with being the closest approximation to a universal donor).
Thus, the option that was not a result is:
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Bonus Knowledge
While the discovery of the four blood types revolutionized the field of medicine, not all blood types became universally compatible. In fact, the presence of various blood type antigens means that certain combinations can still lead to transfusion reactions. Hence, matching blood types in transfusions remains critical to ensuring patient safety.
After the two World Wars, there were significant advancements in blood transfusion methods. These included effective preservation solutions that allowed blood to be stored longer and the ability to separate blood into its various components, such as plasma, platelets, and red cells. This meant that a single donation could serve multiple patients, making blood distribution more efficient and effective.

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