Immune System

If an infection occurs and bacteria enters your body the white blood cells will produce antibodies to cover them and clump them together, then more white blood cells will engulf them and digest them. A lot of the white blood cells will then die but a few will stay alive as memory cells and if that bacteria enters again they will multipy and fight it before any harm id done. Platelets in the blood will also seal the wound that has been made to prevent any further dirt and bacteria from entering the body.Once you have had a disease the antibodies are produced much quicker the next time you catch the same infection and your body also has some immunity to it.hello people of earth

Babies born with no enzymes will be given bio-engineered enzymes for the rest of their lives. The may experience other health-related issues and may have to have a feeding tube inserted in their stomachs.

If you mean baking soda, then adding small amounts of soda to water (1/2 teaspoon soda to 8 oz water) is used by some as an antacid.

Burns, infarction (cutting off the blood supply to a region of the body so that it dies), crush injuries, inflammatory diseases, poisonings, and severe diseases, like kidney failure and diabetic ketoacidosis, all cause neutrophilia.

At a basic level here's how it works: The surfaces of our cells have protein "markers" embedded in them, each person's markers are unique. If the immune system doesn't recognize the markers on a cell, it will attack it as being foreign. This usually works pretty well asa defense systems go, however, there are times (autoimmune diseases like Grave's disease, MS and rheumitoid arthritis) when the system attacks the body's own cells anyway or other diseases (HIV, etc) where the immune system doesn't recognize foreign cells, so doesn't attack.

Bacteria are one of the simplest organisms, a little evolved from viruses and just like viruses, they can also mutate and become resistant to human medicines.

Excellent question. There are many complex factors in inflammation that make it a very important function of the body. It involves mostly the endocrine system and tissue hormones called prostaglandins and the immune and lymph system and release of chemicals like histamine and and kinins.

The reason that it is painful is also just as complex. But to put it in simple terms just imagine having a water balloon. If you fill it up just to regular size, it looks pretty good and does the things like shaking and wiggling like you would expect. Now imagine the same water balloon only this time fill it with water until it almost bursts. Can you imagine being that water balloon? It is about ready to burst! That is water pressure doing that. Now imagine that same schenario in your body tissues. When they get so full of fluid that they are feeling like they are going to burst they feel pain. Just remember this helpful memory device: Water = pressure; more water means more pressure, less water is less. Tissues in the body respond to increased pressure by sending impulses to the brain throught the spinal cord that the brain interprets as harmful or painful.

The equation for reforming ATP is ADP + Pi = ATP + H2O. ATP is adenosine triphosphate, which carries energy in all biological organisms.

The antinuclear antibody test is done by adding a person's serum to commercial cells mounted on a microscope slide. If antinuclear antibodies are in the serum, they bind to the nuclei of cells on the slide.

The Thymus

malkat singh

E.coli in Intestine

There is no description of the exercise in which you are referring to. Pathogenic fungi are fungi that cause disease in humans and other organisms.

There are many autoimmune diseases which all does the same thing: destroying their own body.

Opportunist immune system is down

Yes, any cell that has membrane bound organelles is eukaryotic.

Activated B cells differentiate into either antibody producing cells called plasma cells that secrete soluble antibody or memory cells that survive in the body for years afterward in order to allow the immune system to remember an antigen and respond faster upon future exposures.

Specific response - 2 main types (cell mediated and antibody mediated immunity) may accompany or follow non specific reactions e.g. inflamation, but both rely on the actions of B and T lyphocytes. B cells make protein antibodies (gammaglobulins) that react against foreign proteins (antigens). T cells multiply and attack the pathogen.

Cell Mediated Immunity - once a T cell recognises an antigen it multiplies rapidly. Helper T cells activate B cells to make antibodies, macrophages engulf the microbes along with any debris. Killer T cells attack the microbes and any infected body cells using strong powerful proteins (lymphokines). Suppressor T cells inhibit the response of other cells to the invading nicrobes.

well the easiest way to maintain you energy balance is by eating or replacing the amount of energy your body lost either during or after a specific activity but be careful not to take in more energy than your suppose to because then you wil have to use that energy again...........i hope iv simplified it enough

also called gamma globulin electrophoresis, or immunoglobulin electrophoresis, is a method of determining the blood levels of three major immunoglobulins: immunoglobulin M (IgM), immunoglobulin G (IgG), and immunoglobulin A (IgA).

The immune system stimulating TSH stimulates the metabolism of almost all tissues in the body.

No, not really. Your white blood cells are constantly attacking foreign invaders without you even noticing.

Red blood cell contain a chemical that makes it red but when it dries out it turns black.

Dendritic cells. They will take in pathogens and present them on MHC's (class 1 or class 2) depending on the nature of the pathogen. Dendritic cells will travel to your secondary lymph system (lymph nodes) for the pathogen to be identified and appropriately responded to.