For me it was around 300
B. lower in sedentary people than in those who are physically active.
C. the same in sedentary people and in those who are physically active.
D. nonexistent in sedentary people but not in those who are physically active.
The amounts of mood-elevating chemicals in the brain are lower in sedentary people than in those who are physically active. Therefore, option (B) is correct.
Regular exercise boosts brain mood-elevating chemicals. Exercise releases endorphins, serotonin, and other neurotransmitters that boost mood, well-being, and stress.
Conversely, sedentary behaviour involves inactivity. Regular exercise stimulates the brain and releases mood-boosting hormones. Sedentary people have lower chemical levels than active people.
Individual reactions vary, and genetics, overall health, and environmental variables might affect mood-elevating chemical levels in the brain. Regular exercise raises these hormones and improves mood management.
Learn more about mood-elevating chemicals, here:
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O Becoming sexually active
O Discussing sexuality with a friend
O Choosing abstinencex
O Avoiding teens of the opposite gender
beruh yo what!!!!!!
what
Adaptive
Innate
I believe it would be Adaptive.
The adaptive immune system consists of cellular and humoral immunity, involving an effective, specialized response to specific pathogens, utilizing memory function for rapid response in future encounters. It works more effectively than the innate immunity.
The adaptive immune system consists of cellular immunity and humoral immunity. Cellular immunity involves the direct attack of infected cells by T cells. The T cells recognize and respond to the antigens present on the infected cells and destroy them. This process is highly specialized, reliable, and tailor-made to deal with specific pathogens.
The second part of the adaptive immune system, humoral immunity, is mainly managed by B cells. B cells work by producing antibodies in response to an antigen. These antibodies identify and neutralize threats, such as pathogenic bacteria and viruses. When the threat is neutralized, the adaptive immune system also retains a memory of this pathogen, enabling a rapid and effective response upon future encounters with the same threat.
So, in summary, it is the adaptive immune system that includes both cellular and humoral immunity, a highly specialized two-pronged response with an excellent memory function, which is more effective than the innate immune response in dealing with the vast variety of potential threats.
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The difference between functional health and the absence of disease should be explained below:
The following information should be considered:
learn more: brainly.com/question/2514933?referrer=searchResults
Answer:
The main difference between functional health and absence of disease lies in the fact that in a functional health state there is the possibility that the person has chronic diseases under treatment, which do not negatively affect their quality of life and allow the individual to develop normal of your usual activities. For example, a person with hypothyroidism, who controls the activity of her thyroid gland through different medications, can lead her life normally despite having this disease.
On the other hand, the total absence of diseases implies the non-existence of all conditions in the human body.
Thus, functional health does not imply the absence of diseases, but the ability to lead a normal life despite them.