The immune system has a memory?

Yes immune system have memory cells. they flow around the blood.

when the immunity system have a memory from previously encountered foreign antibody.

The idea of immunisation is that you expose the immune system to the pathogen, ennabling it to recognise the pathogen and produce mature memory Helper T cells. This means that upon its second exposure the immune system is activated faster and more efficiently, allowing the immune system to kill off the pathogen quicker. In some cases antibodies are produced that can neutralise toxins, preventing their damaging effects. If memory T cells were not produced then… Read More

Lymphocytes that stay in the blood after an infection is gone

Memory cells divide into plasma cells that produce the right antibody.

The best example of a primary immune response is when the immune system initially responds to a virus or bacteria. It creates a memory cell that will make you sick.

Memory B-cells

The parts of the immune system are: macrophages, histamines, helper t cells, interleukins, b cells, antibodies, cytoxic t cells, and memory b cells.

your memory cells remember how to fight off an infection, so if you get it again then your antibodies remember how to fight it off.

The function of memory cells in an immune response is the act of the cell remembering the DNA of a foreign body, ie bacteria, virus. Triggering the Immune system to begin fighting the culprit.

Memory cells

Immunity via the production of long lived memory lymphocyte cells in the immune system.

to remember the intruder for next time so your immune system can work faster.

As a result of memory cells, on exposure to a second infection by the pathogen the response will be quicker and stronger.

Memory cells, or T cells, are part of the immune system and carried in the blood stream. Due to the fact that they are carried in blood, the heart does help pump them, but it does not "have" memory cells of its own.

Vaccines have a minuscule amount of the disease, so your immune system can easily destroy it and then retain in the immune systems memory the best way to destroy it. That is how vaccines work. However if you have an immune deficiency disorder, or a weak immune system, the disease inside the vaccine has a tiny chance of surviving and reproducing causing the disease to infect you.

... The immune system.

there is only three lines of defense in the immune system 1. Innate Immune System 2. Adaptative Immune System 3. Acquired or Specific Immune System

when a pathogen attacks the body, after it's healing the memory cells in the body save an RNA sample of the pathogen cell in the form of protiens and when the pathogen of same species attacks the body again the saved protiens stimulates the immune system to respond it and protect the body.......

The Innate Immune System •Acts as the first line of defense •Is nonspecific, meaning it tries to prevent everything from coming in •Is nonadaptive -does not have a memory -will not learn to keep substances out even after repeated exposure •Includes skin, fur, saliva, stomach acid and mucous

Memory immune B cells are important in the secondary immune response - a process which has adapted to confer continued protection to the body from previously encountered pathogens or other invading substances. Memory B cells are the reason why we do not get the same infection twice. In a healthy individual, one infection is enough to stimulate the memory B cells to produce anitbodies to counteract the pathogen (or antigen). Upon concomitant infection, the body… Read More

Immunological memory, which is the name for when the "adaptive immune system" remembers the weakened or dead foreign molecules and uses that memory to destroy them far earlier when the real disease comes about.

The adaptive immune system is activated if the innate immune system is unable to control the infection.

the immune system.

Yes, it affects your immune system, if you have mono your immune system should be down.

Herpes does not weaken the immune system. HIV is the STD that weakens the immune system. A weakened immune system makes herpes outbreaks more likely.

There are two types of cell that play roles in adaptive immunity. Memory T and memory B cells. These cells are produced in vast numbers when a person's immune system is activated, and these cells float around the blood and lymphatic system for months (and even years!) after the primary infection. When person is exposed to secondary infection, the immune system 'recognises' the pathogenic particles and has a heightened response to the infection.

The immune system works with your lymphatic system and your cardiovascular system

It does not effect the immune system. The immune system causes it. Juvenile Rheumatoid arthritis is an autoimmune immune disorder that results in the immune system attacking cartilage in the joints as well as other tissues.

the immune system interacts with the integumentary and circulatory system.

The Immune System

The nervous system tells the immune system to fight off disease and the immune system protects the nervous system from disease.

Acquired immunity (also known as adaptive immunity) This immune reaction is quite fast due to the immune memory.

Chlamydia does affect your immune system, and your immune system fights chlamydia. However, unlike HIV, chlamydia does not attack the immune system cells directly.

Acquired Immune System or Adaptive immune System

There are no bones in the immune system. Bones are in the skeletal system.

The immune system is trained to be immune to invaders. So yes.

Immunological memory is the ability of immune system to respond more rapidly and more effectively to pathogens that have been encountered previously and reflects the preexistence of a clonally expanded population of antigen specific lymphocytes.

AIDS is an autoimmune disease; it destroys the immune system. So, yes, it affects the immune system.

By recognizing foreign antigens and destroying them. Memory T and B cells are able to remember an antigen that has previously invaded the body. This way, if the body is exposed to that antigen again, the immune system will recognize it and fight it, and the person will not get sick.

The immune system "learns" from what it is exposed to throughout life. It can recognize pathogens quicker and begin fighting the illness because of being exposed to it before. Without that "learning" we'd constantly get sick from something that we fought before-- for example, chicken pox. When people are said to have a "weak immune system" it can be that they've been chemically weakened (such as from a medical procedure), are in poor health, or… Read More

Oh yes. Your immune system is what fights infections and with out your immune system you will get all kinds of infection and it can be fatal.

It is not. The immune system is quite different from the lymphatic system.

the nervous system tells your immune system when something is wrong

our immune system fights diseases... we have two branches of the immune system 1) innate 2) adaptive the Immune system...

No it is not part of the immune system

the gland crucial to the immune system is the

It would be a compromised immune system.

facinating means fact about the immune system

yes it does effect the immune system