How Mental Illnesses Affects People

Vaccines are often designed in accordance with the specific disease vector or function of the pathogen they wish to provide immunization against (Tritto, Mosca, & De Gregorio, 2009). As such, vaccines operate by providing the body with a recognizable form of a pathogen, which is often deactivated, as in the influenza vaccines, lacking any detrimental effects such as toxicity or transmissibility (Ahmed & Gottschalk, 2009). Some examples of vaccine types include: toxoid vaccines which introduce a denatured exotoxin such as in diphtheria, attenuated vaccines which contain live micro organisms that have been selected for in lab for reduced virulence, and conjugate vaccines which mimic the polysaccharide coat covering many bacteria effectively allowing the immune system to recognize them (Destefano, Price, & Weintraub, 2013). In other cases, such as the Variola vaccination a less virulent or heterotypic form of the disease is used to infect the host, and by close relation between the two micro organisms, immunity to the more virulent strain is achieved after recovery (Riedel, 2005).

This is a contagious bacterial disease that is transmitted through the air(respiratory) or by person-to-person contact, and is often accompanied by fever and delirium, headache, weakness, and cough. If not treated early enough, the recipient may go into septic shock and die. Antibiotics are effective in the treatment of this type of disease.

Today, we have such a solution — the vaccine. Derived from the Latin vaccinus, meaning, “of/from the cow” (the first true vaccine was made from the cowpox virus) a vaccine is essentially a solution containing dead or weakened disease-causing pathogens (Mandal, 2010). When injected or otherwise introduced into the human body, they trigger the immune response, the immune system’s threat assessment and defense system. Once the vaccine is detected, the immune system creates antibodies to fight the pathogens, and the pathogen is recorded in the body’s database of harmful pathogens, so that if the pathogen reappears, the body will have an easier time fighting it off. This is exactly the same as when you get sick with the same disease, but without the pain and suffering.

immune system to master the disease and be able to overcome it if the body is ever revealed to it again.

useful in other applications if patients were allowed to use it…” (Herald Editorial Board) being

The natural/self-occurring immunity occurs through the skin, mucus and normal microbiota which is also known as our first line of defence. The objective of the skin is to provide protection and keep the foreign pathogens outside the body and the mucus functions to flush the pathogens away. If the first line of defence was unable to provide protection, the second line of defence “comes to the rescue”. The second line of defence consists of white blood cells, T-cells, T helper cells, B-cells, and neutrophils. All of the listed mechanisms fulfill a task for example the white blood cells destroy the disease causing pathogens, T-cells destroy cells bases on information given by T helper cells so on and so forth.

The Human Body is an oasis of life. Still, every waking moment of our lives, our bodies endure vicious attacks. Bacteria, viruses, fungi, microbes, toxins, and parasites - I like to think of them as invaders from the outside world. Each invader is equipped with its own specialized method of attack. On a microscopic level, our bodies fight a life-long war. As the battle rages, our immune system kicks in and protects us against the perils of illness. The immune system is not made up of one particular tissue or organ. Instead, an arsenal of defense cells; including lymphocytes, bone marrow, and leukocytes join forces to keep us healthy. Besides the occasional times we get caught in the crossfire with a common cold, a healthy immune system keeps

For as long as humanity has existed we have all faced a common enemy, disease. From the flu to the plague, it has scorched its way through cities, ravaged entire countries and has impeded us at every turn. It’s only relatively recently we’ve actually been able to fight it back with widespread education of basic hygiene, access to clean water and modern medicine. We have wiped out viruses that before would have once been a gruesome and painful death sentence with a simple injection that takes less than 5 seconds. Our understanding and methods of control have vastly improved in the past 200 years where superstitions, that would now sound ridiculous even with our basic understanding of disease, ran rampant. For example, in 19th century Britain,

The success of vaccines, have resulted in a remarkable decrease in morbidity and mortality from many infectious diseases. Immunizations protect and also help prevent the spread of serious diseases. Children that are not vaccinated face a great danger of contracting a serious illness. It is important to keep immunizing, unless the disease can be eliminated. Vaccines provide both individual and community protection. Vaccines are extremely safe. Before they get approved by the Food and Drug Administration (FDA), they are widely tested to ensure they are safe and effective. Infectious diseases have become less common, and the benefits prevail over the

Even though you may get a little illness and you don’t worry about it does more harm to your body than you think. For example, let’s say that you get the flu. You might think that it nothing big. But in reality it does a lot of harm to your body. We would want to avoid getting diseases or illnesses like that. If we do we will be able to live a healthy life style.

Vaccines and immunization are very important for the lives of certain people. As some people are more or less immune, the best thing to do is make sure all vaccines are taken to provide immunization. A vaccine is a product that can produce immunity by the disease of an organism to protect that organism. In other words, when vaccination occurs, the patient is exposed to a bacteria that has been weakened or killed to teach the body how to fight against it next time it is exposed to that type of bacteria. Vaccines can be taken in a variety of different forms, such as, by needle, by mouth, or by aerosol. After vaccination, immunization- the process of being immune or protected by a disease- occurs. (vaccines.gov,

may be used to make the cancer smaller and easier to remove. After you may feel

You were born with all the defenses your body will ever need. It 's called your immune system. And if you keep your immunity strong you never have to worry about any disease.

However, this response is not capable of fighting this infection alone and it only helps protect the

vaccine preventable. Now this days, it’s not often regarded as a serious notifiable illness. It is also