Oh my goodness! Thank you! :D
Answer:
Immune reaction.
Explanation:
Plasma cell disorders are generally uncommon. They begin at that time when a single plasma cell multiplies excessively. This results in a group of genetically identical cells (called a clone), which produces a large quantity of a single type of antibody (immunoglobulin). Plasma cells develop from B cells (B lymphocytes), which is a type of white blood cell that usually produces antibodies. These proteins help the body to fight against infection. This means they help in the immune system.
In plasma cell disorders, one clone of plasma cells repeatedly multiply, which can’t be controlled. As a result, these clone creates a vast amount of a single antibody (monoclonal antibody) which is known as the M-protein. In some cases (such as with monoclonal gammopathies), the antibody produced remains incomplete, consisting of only light chains or heavy chains (fully functional antibodies usually comprised of two pairs of two different chains called a light chain and heavy chain). The abnormal plasma cells and the antibodies which they produce are limited to one type, and levels of other kinds of antibodies that help in the fight against infections start falling.
People with plasma cell disorders are often at higher risk of infections than others. So, from this discussion, we can say that plasma cell disorder affects the immune system.
Starting in the sixth grade, students are expected to take 5 hours of mental health training annually.
An essential project to better understand mental health disorders and provide healthcare access for people who require it is mental health awareness.
People frequently suffer in silence & refuse treatment because of stigma and misunderstandings around mental health disorders.
By sharing our own experiences, we can work to reduce the stigma associated with mental illness and other mental health disorders. Due to misunderstandings regarding mental health & mental fitness, many people experience mental illness in secret and without receiving proper care.
Learn more about mental health instruction at
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Answer:
When we do high intensity Exercise our heart rate increases, supplying more blood flow to the brain. The increased heart rate also increases our breathing, making us breathe harder and faster. As a result more oxygen is supplied in our blood stream, more oxygen reaches our brain. This leads to neurogenesis, which is the production of neurons. Research has indicated that physical Exercise increases neurogenesis in the hippocampus, brain area important for learning and memory. Additionally, Exercise also influences the neurotrophies, it’s the family of protein that aids in neuron survival, development and function. This leads to greater brain plasticity and as a result better memory and learning. Regular physical activity lowers the risk of developing cognitive impairment, such as dementia, including Alzheimer’s disease. This improvement from the exercise is for people with normal and also impaired cognitive health, including people with ADHD, schizophrenia, multiple sclerosis, Parkinson’s disease, and stroke.
I believe it’s either c or d but it’s most likely D since the main job of the system is two supply the body with nutrients
