Answer:
A shot is when you get shot with a bullet. A vaccine is when they put the disease inside of you.
Explanation:
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:
Explanation:
The benefits of medicines are the helpful effects you get when you use them, such as lowering blood pressure, curing infection, or relieving pain. The risks of medicines are the chances that something unwanted or unexpected could happen to you when you use them.
Vicodin (hydrocodone/acetaminophen) ...
Simvastatin (Generic for Zocor) ...
Lisinopril (Generic for Prinivil or Zestril) ...
Levothyroxine (generic for Synthroid) ...
Azithromycin (generic for Zithromax, Z-PAK) ...
Metformin (generic for Glucophage) ...
Lipitor (atorvastatin) ...
Amlodipine (generic for Norvasc)
Answer:
The statement is true.
Explanation:
The results of the investigations carried out in relation to the link between cortisol secretion and personality reveal differences in the reported evidence. Some of this research indicates that personality traits or disorders play a relevant role in individual differences in the endocrine response to cortisol, both in its basal levels and in the face of stressful stimuli.The relationship between antisocial personality and cortisol levels has been described in several investigations. Among the most reported neuroendocrinological abnormalities in antisocial men is a decrease in cortisol secretion levels. In this regard, Moss, Vanyukov and Martin conducted a case control study comparing cortisol secretion in stressful situations in children between 10 and 12 years of age at risk of presenting aggressive and abusive behavior in adolescence based on their family history. The groups were formed in relation to the presence or absence of a family history of aggression and substance abuse, specifically in the parents. The results found showed that children had a higher risk of antisocial behavior, if their parents had a history of substance abuse and violent behavior, they had lower levels of cortisol secretion in stressful situations than children in the control group whose parents did not present these behaviors negative. The researchers argue that these results could be indicating that a lower increase in cortisol levels in the face of stressful situations could be a biological marker of future antisocial adolescents. Likewise, a longitudinal study with 38 school-age children who had symptoms of aggressive behavior (clinically reported), who were assessed for the circadian rhythm of cortisol in saliva during the second and fourth years of schooling; reported the relationship between the decrease in HPA axis activity and the presence of severe and persistent aggressive behaviors.
Answer:
the somatic nervous systems consists of both motor and sensory nerves.
Explanation:
hope this helps. :))
