B. Supported by long term research
C. No controversy surrounding its use
D. Can produce non naturally occuring traits
Answer:
A
Explanation:
Answer:
a.) ventilation, circulation, cellular respiration
Explanation:
a.) ventilation, circulation, cellular respiration
b.) diffusion in tissues, cellular respiration, diffusion at respiratory surface
c.) ventilation, diffusion in tissues, circulation
d.) circulation, cellular respiration, diffusion in tissues
e.) circulation, ventilation, cellular respiration
Ventilation occurs in the lungs and is the process by which carbon dioxide in the capillaries is lost to the environment while oxygen is taken in. Circulation is the process by which this dissolved oxygen is taken by the blood to tissues around the body. When this oxygen is taken to tissue, the concentration gradient allows the oxygen to be taken up by tissue. This oxygen is used as an electron acceptor (when it reduced to water) in the mitochondria during electron transport chain of cellular respiration.
The component of muscle which is described as a bundle of actin, myosin, and other protein filaments is referred to as a tendon.
This structure falls under the category of connective tissues and is involved in the attachment of the muscles to the bones as they work together in ensuring adequate movement of body part is achieved.
They made up of different types of proteins such as actin, myosin, and other types of protein filaments and are very flexible which helps them absorb pressure.
This is therefore the reason why tendon was chosen as the most appropriate choice.
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B. During carbon fixation
C. Immediately after reduction
D. Immediately after regeneration
The answer is C. The Calvin cycle occurs in the stroma o the chloroplast in a plant cell. It involves the dark stage where carbon dioxide is reduced by protons created in photolysis from the light stage of photosynthesis. The 3-phosphoglyceric acid (3-PGA) is phosphorylated by ATP and then immediately reduced by NADPH in the reduction step. After reduction, G3P is formed and exits the cycle. Other G3Ps are regenerated into a ribulose-1,5-bisphosphate (RuBP) acceptor molecule for the cycle to continue.
the answer is c i just did it