Breathing and cellular respiration are similar in nature because major part of both the processes involves oxygen.
Further Explanation:
The glucose is broken down by a process called cellular respiration. The cellular respiration occurs in mitochondria of animals and plant. Cellular respiration is referred as a total collection of methods and metabolic process that occur in cells. The cellular respiration is a process by which the cells of the body breakdown the food to produce energy. This energy is required for all the metabolic functions as well as the physical role of the body. Cellular respiration can be dividing into three stages
Breathing involves inhalation of air which is rich in oxygen and exhaled out carbon dioxide because of the breathing cells get enough oxygen for the process of cellular respiration. Carbon dioxide is produced in the body by the process of cellular respiration. Both the process use oxygen and produced carbon dioxide.
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Answer Details:
Grade: High School
Subject: Biology
Chapter: Cellular respiration
Keywords:
Cellular respiration, Krebs cycle, electron transport chain, mitochondria, animal, plant, carbon dioxide, oxygen, metabolic function, body.
Answer: "The synovial fluid in my joint capsule acts as a lubricant and helps the movement of the joint's articulating surfaces."
Explanation:
Synovial fluid is also called Synovia. It is produced by the synovial membrane. It is a thick liquid found in the cavities of synovial joints. It's function is to reduce friction by acting as a natural lubricant between the articular cartilage of synovial joints and allows ease of movement, they act as shock absorber and nourishment in the joints. Each of the joints contain synovial fluid.
true or false?
b. thorax, appendages and spiracles
c. head, cephalothorax and appendages
d. head, thorax and abdomen
B. Second messengers are short-lived because cytoplasmic enzymes convert them to their inactive forms.
C. When G proteins hydrolyze GTP to GDP, they become inactive and halt production of second messengers
D. Phosphatases terminate phosphorylation cascades by adding phosphate groups to proteins in the phosphorylation cascade.
The statement- "Phosphatases terminate phosphorylation cascades by adding phosphate groups to proteins in the phosphorylation cascade." is false. option D is correct.
In a phosphorylation cascade, protein kinases, the phosphorylate proteins and protein phosphatases dephosphorylate them.
For a phosphorylation cascade, the source of phosphate is ATP (adenosine triphosphate). In a phosphorylation cascade, a phosphate group is transferred from ATP to a protein, which activates or deactivates the protein, depending on the specific cascade.
This process in which phosphate group is transferred from ATP to protein is carried out by enzymes which are known as protein kinases.
Thus, option D is correct.
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Answer:Phosphates terminate phosphorylation cascades by adding phosphate groups to proteins in the phosphorylation cascade.
Explanation:
B. Natural selection is a specific mechanism of evolution in which the heritable traits (characteristics) help an organism to survive and reproduce successfully.
C. Natural selection is a specific mechanism of evolution in which all acquired traits (characteristics) help an organism to survive and reproduce successfully.