Answer: E. All of the above are correct/true.
Explanation:
The homeostasis is the process of maintenance of the internal environment of the body in constant and stable state as compared to the outer environment.
The homeostatic control mechanism has three interdependent components that are receptor, a control center, effector and sensor. For receptor it can be said that it is the sensing component of the body that monitors as well as responds to the changes in the environment. The receptor can be in the form of thermoreceptors, chemoreceptors and mechanoreceptors which have different associated functions.
The control center is the center which exhibit a feedback system that distinguishes the value of the system to the normal range for a particular stimulus. If the value deviates from the set point, then the control center is responsible for activating the effector.
The effector is a part of feedback system it causes a change and return the value to the normal range.
The sensor is also called as the receptor. It is also the part of the feedback system. It's function is to monitor the physiological value. This is the value which is reported to the control center.
Answer:
Ask for help from a skilled doctor.
Explanation:
Because you don't know the correct dose, you want to heal the patient.
If you accidentally give the wrong medicine, the patient might die or worsen the effect of what the patient needs to be prescribed for.
Explanation:
Provided by the Food and drug administration.
Answer:
The correct option is: b. False
Explanation:
The ductus venosus is one of the three shunts of the fetal circulatory system. It is responsible for providing highly oxygenated blood to the inferior vena cava, followed by the right atrium of the fetal heart. Therefore, the main role of this shunt is to bypass the non-functioning liver of the fetus.
False. An individual should always be cleared prior to a shock with defribillator.
<h3>What is defibrillation?</h3>
- Ventricular fibrillation (V-Fib) and non-perfusing ventricular tachycardia are two heart arrhythmias that require defibrillation as a treatment (V-Tach).
- A counter-shock, also known as an electric current dose, is given to the heart by a defibrillator. This process depolarizes a significant portion of the heart muscle, terminating the arrhythmia, even though it is not entirely understood.
- The natural pacemaker of the body, the sinoatrial node of the heart, is then able to restore a regular sinus rhythm.
- Defibrillators cannot restart a heart that is in asystole (flatline), but cardiopulmonary resuscitation (CPR) may.
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