Answer:
A Essay
Explanation:
In Both Text "The Bizzarre Quest for Artifical Blood" and "Blood: There is No Substitute" they tell The number of functions that blood has in our bodies is extremely large,” says Pedro Cabrales. He’s a bioengineer who is developing blood substitutes at the University of California, San Diego. Blood moves through a person’s veins, delivering nutrients to all the cells that make up the body. Blood also carries away waste, helps regulate body temperature, and transports chemical messengers called hormones between organs.
Also, it Contains white blood cells that fight off disease-causing germs. One of blood’s most important functions is transporting oxygen. Red blood cells contain hemoglobin. This molecule binds to oxygen breathed in by the lungs, enabling red blood cells to carry it to tissues throughout the body. This process is essential to life. Cells need oxygen to produce energy—that’s why a person who loses a lot of blood might not survive without a transfusion.
An essay that argues whether or not artificial blood should be considered as an approach to providing blood to patients in need on the based on The Bizarre Quest for Artificial Blood and “Blood: There Is No Substitute tell The number of functions that blood has in our bodies is extremely large,” says Pedro Cabrales.
In Both Text "The Bizzarre Quest for Artifical Blood" and "Blood: There is No Substitute" they tell The quantity of capacities that blood has in our bodies is very enormous," says Pedro Cabrales.
He's a bioengineer who is creating blood substitutes at the University of California, San Diego. Blood travels through an individual's veins, conveying supplements to every one of the cells that make up the body.
Blood likewise diverts squander, manages internal heat level, and transports compound couriers called chemicals between organs. Additionally, it Contains white platelets that fend off infection causing microorganisms.
One of blood's most significant capacities is moving oxygen. Red platelets contain hemoglobin. This particle ties to oxygen breathed in by the lungs, empowering red platelets to convey it to tissues all through the body.
This interaction is vital for life. Cells need oxygen to create energy-that is the reason an individual who loses a ton of blood probably won't get by without a bonding.
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