Answer:
mL of oxygen in 
ml of blood
Explanation:
It is proven that a healthy human being has in general 
grams of hemoglobin in milliliters of blood.
It is given that -
Amount of oxygen found in 
grams of hemoglobin is equal to 
milliliters of oxygen.
Thus, the total amount of oxygen in milliliters would be equal to product of total weight of hemoglobin and the total amount of oxygen in ml in one gram of hemoglobin.
mL
Answer: b. They are composed of molecules that contain carbon-carbon bonds.
c. They undergo chemical reactions to use energy they acquire from the environment.
Living things includes all the organisms that display features which make them distinct from non-living organisms. The living organisms have an organized structure, they are composed of cells, they require energy to survive or sustain existence, they are able to reproduce and they exhibit ability to grow.
They are composed of molecules that contain carbon-carbon bonds: Carbon is the main component present in all living things. They make up the organic biomass of these living organisms.
They undergo chemical reactions to use energy they acquire from the environment: The plants traps sunlight energy and converts it into food and lastly into chemical energy in the form of ATP. This ATP is used as a energy reservoir for metabolic processes occurring in the plants. Therefore, energy is generated after chemical reactions.
Answer:
treat eye infections and inflammation, including conjunctivitis and chronic anterior uveitis
Answer:
Explanation:
1. Pathogens have __antigens______ on their surface that bind to B cells with complementary _phagocyte______.
2. B cells that bind to the pathogen divide, forming __plasma çells______ of identical cells with the same antigen____antibodies_________
3. Some cells of the clone develop into short-lived ___cells_____ that secrete ___antibodies_____ specific for the antigen.
4. Some cells develop into long-lived ___cells_____, which produce larger ___immunology_______ of memory and effector cells upon later exposure to the same antigen.
