Immune System

The function of lymphocytes are to prevent and eliminate the threats in our human body. It is capable of identifying if a cell is normal or infected. It also acts as an ANTIGEN.

the immune system is it's own system and it's otherwise known as the lymphatic system. but all systems in the human body are connected to each other one way or another, just like society.

it is amino acids.

The respiratory system is anatomically divided into two regions:
- The conductive region
- The respiratory region

The function of the conductive region is to lead fresh air into the lungs and out again when we exhale. This region includes the mouth, nose, trachea and upper parts of the lung-tree.
The respiratory region is where the gas-exchange itself happens and this includes the lower part of the bronchial tree.

Removal of pathogens:

In the conductive region pathogens are caught in mucus lining the inner surface. On the surface of the epithelia of the conductive region are so-called cilia, which are brush-like structures. These cilia will move the trapped pathogens upwards towards the pharynx, where it will be swallowed and eventually digested in the stomach.

In the respiratory region, however, there are no cilias. Instead pathogens are removed by alveolar macrophages (specialized immune-cells that digest pathogens). The macrophages can be found in the mucus lining the respiratory region.

The macrophages can travel two ways:
- to the conductive area, where cilias are present, and hereafter to the pharynx and stomach.
- they can wander through the alveolar epithelia towards the connecting tissue of the lungs. Here most are removed via lymfatic vessels to the lymphnodes of the region.

You would die. Without the immune system even the smallest disease would stay in your body at least 5 times longer if not ever leave. The immune system fights of diseases and without it, our body's would be open to attack. Without the immune system you would be lucky if you made it to 10 years old, which would be a miracle. This is the reason we are fighting for Cure aids, AIDS kills the immune system, leaving the body open to many diseases in which medicines are constantly applied to kill them. If a bad enough disease gets in there, without anything to ward it off, Its game over.

It depends on the genotype of the parents: If they are AO and BO the child could be all of the 4 ABO-Bloodtypes: AO (= bloodtype A) BO (= bloodtype B) AB (= bloodtype AB) OO (= bloodtype O) If they are AA and BB the child could only be bloodtype AB If they are AO and BB the Child could be AB, or B (BO) If they are AA and BO the child could be AB or A (AO) In short, when the genotype is not given, the child can have any of the ABO-Bloodtypes

In the absence of information from your history and physical, no meaning can be derived from these results. Talk with your health care provider, who has the actual numbers as well as information from your visit.

An immune system that has been damaged either intentionally (as in the case of bone marrow transplant) or unintentionally (as in the case of chemotherapy). May also happen if an individual is unhealthy and unable to maintain a healthy immune response (as in the case of high amounts of simple sugar intake).

A dead or very weak form of the disease.

Allergies develop when the body overreacts to an antigen.

26 to 28 calories.

Pieces (or synthetic pieces) of the disease causing organism called antigens that can be recognized by the immune system as something that does not belong in the body. This prompts the immune system to produce antibodies that recognize those antigens and attack them the next time they appear, typically when challenged by the real disease causing organism.

Laboratory tests. a complement fixation (CF) test is based on.if antibodies are formed in the body in response to the illness, then the antigen and the antibody will form complexes.The serum complement fixation.confirms the presence of antibodies.

The first line of defense against unsafe drivers is the awareness and attentiveness of all road users. Defensive driving techniques, such as maintaining a safe distance, anticipating potential hazards, and being prepared to react to the actions of others, can significantly reduce the risk of accidents. Additionally, adhering to traffic laws and promoting safe driving habits can create a safer driving environment for everyone.

The immune system consists of two parts: innate immunity and adaptive immunity. Innate immunity is the system of defense that every human is born with. It consists of the skin, protective secretions, the inflammatory response, andphagocytes. If microorganisms are able to penetrate the physical barriers (the skin and protective secretions), the body responds in a nonspecific way by increasing the blood flow to the area. This allows phagocytes to take action. Phagocytes are white blood cells that eliminate the chances of infection by attacking foreign substances in the body.

Immunocompetence

You really don't have nose cilia; you have nasal hairs that act as a trap for things you breathe in.
If anything gets past them, they will then meet the cilia. Their job is to move the mucus that your tract makes. The mucous gets embedded with these particles. The cilia then move the mucus and particles up and out.

You swallow these and your stomach acids destroy all of it. The cilia are like a janitor who always sweeps up the messes. If these are destroyed (smoking), the whole thing comes to a halt, and you then have to try to cough and pull up this now thickened mess.

Generally, no because they include t and b cells which are part of the 3rd line of defense.

But there are specific cell types, that are lymphocytes that are considered part of one's innate immune response (2nd line of defense). These are gamma delta T cells, which are involved in the early phages of an immune response.

A low white blood cell count usually is caused by one of the following:

Viral Infections that disrupt bone marrow function

Congenital disorders characterized by diminished bone marrow function

Cancer or other diseases that damage bone marrow

Autoimmune disorders that destroy white blood cells or bone marrow cells

Overwhelming infections that use up white blood cells faster than they can be produced

Drugs that destroy white blood cells or damage bone marrow

allergic reaction

AIDS

Atypical lymphocytes - are caused by viral infections, may be noted in lymphocytic leukemia, and may be seen in allergies.

Ovalocytes are typically seen in cases of low hemoglobin or red blood cells counts, ie anemia. Sometimes even a slight decrease in rbc counts may cause a few ovalocytes to be seen.

Sometimes the lab tech reads the smear too closely noteing any ovalocyte or atypical lymph seen but the numbers are not actually a high enough percentage to be considered abnormal.

The flu that makes you hot because flu typically causes a rise in body temperature. Colds make you feel cold because the blood flow is diverted from the skin to the respiratory tract to help fight the cold viral infection.

I don't know exactly how detailed you want me to go with this, but a simple answer is that it produces antibodies against those antigens. I guess an easy way to put it is that our white blood cells have the ability to fight off foreign materials (antigens), which is what our fighter T cells do. After we are exposed to those antigens, our body also makes "memory" cells (B cells), so that if we are exposed to the same antigen later in life, our body will "remember" how it fought them off the first time and respond quickly to remove them.

antibodys are important to the immune system because if there was no antibodys in the immune system then more and more microbs would be able to invade the body witch may lead to i'llnesses and could cause people to be verrys sick but as we have antibody added to the immune system less microbs would be able to enter the body and if they where to be less microbs to enter the body then it would be easyer fo the antibodys to attack the microbs and fight of the i'llnesses.