Answer:
The correct answer will be option-They have about the same endurance as skeletal muscle fibers.
Explanation:
Cardiac muscle is one of the three types of muscle which is present in the Heart of the organism.
The muscle fibres of the cardiac muscle possess a high amount of myoglobin- an Oxygen carrying molecule which can store the oxygen for some time.
The cardiac muscles have to pump blood in the body, for which they require a high amount of ATP, so they possess larger mitochondria.
The studies have shown that the cardiac muscles store glycogen carbohydrate which is used during the relaxation phase in stress conditions.
Since the cardiac muscles do not have the same endurance as the skeletal muscles which with physical exercise can be increased therefore the selected option is the correct answer.
This situation describes JUST CULTURE.
JUST CULTURE is a concept that is used in health care to improve patients' safety. The concept involves examination and analysis of medical errors made by medical practitioners in the course of their duties in order to prevent such occurrence in the future.<span />
Deadly particles like SO2 that comes into contact with the air will form air pollution. This deadly particles will then form acid rain. When those rain comes into contact with water supply, they turn the water acidic. They will cause river to be too acidic for fishes and other living organisms to survive.
The attributing factor in the increased incidence of drug-induced neutropenia is; treatment of cancer by chemotherapuetic drugs such as alkylating agents.
Drug-induced neutropenia is a condition in which there is reduction in absolute neutrophil count (ANC), caused by exposure to a medication. Drug-induced neutropenia usually occurs within the first few weeks after the introduction of drugs. Drug-induced neutropenia is a common adverse effect associated with many chemotherapy agents (drugs used in the treatment of cancer).
B. Facilitated diffusion.
Facilities diffusion is a type of passive transport that invokes a protein. molecules move from an area of high concentration to low concentration as seen in the picture with the help of a protein.
