The thymus is the first lymphoid organ to be active during the early years of life. It’s located near the heart and its full name is “thymus gland.” The function of this gland is to produce T-cells. These cells can play a part in fighting infection, as well as other things.
The process of making T-cells starts in the bone marrow. From there, it’s carried to the thymus gland, where a large number of new T-cells are created.
Once these cells are ready, they’ll be moved into the blood. This is known as their migration stage. These T-cells will then move through the bloodstream to their final destination: the lymph nodes or organs in other parts of the body. What happens in these lymph nodes is different from what happens in our thymus gland though.
Information about Lymphoid Organs :
1. What is a lymphoid organ?
A lymphoid organ is an immune system structure that acts as a filter for the lymph fluid that passes through it. Lymphoid organs contain collections of lymphocytes, also called white blood cells. Infections or diseases can show up in the tissues that are connected to the lymphatic system. These can be as far as the lungs, brain, or back, and ’cause a noticeable effect.
2. What is leukemia?
Leukemia is a type of cancer that begins when there are too many immature white blood cells in our blood and bone marrow (which makes new blood cells). There are different types of leukemia such as acute myelogenous leukemia and chronic lymphocytic leukemia .
3. What is a lymph node?
A lymph node is the primary place to develop and eventually get rid of infections and diseases. Our body has other organs that also help us fight infection and disease, but the primary way we work to fight them is by our immune system’s white blood cells, which are a kind of specialized cell in our body called “lymphocytes.”
These cells constantly check for ‘infections or diseases’ in the tissues that they have been placed in (usually in the chest or armpit area). If an infection or disease is found, they move to another organ or lymph node and continue checking there. If an infection or disease isn’t found, they move on to another lymph node.
4. What is a thymus gland?
The thymus gland is a part of the lymphatic system in the chest that has two primary functions: making T-cells and processing the body’s antigens. The T-cells are a type of white blood cell that attacks and kills antigens. The processing of antigens forms what’s called a “memory,” which allows for quicker responses when our body encounters these antigens/infections again.
5. What is a T-cell?
T-cells are white blood cells that have been released from the thymus gland. They will fight against viruses and bacteria, as well as other things. The T-cells that our body produces are also called thymocytes.
6. What are some causes of jaundice?
Jaundice is a yellowish discolouration of the eyes, cheeks and skin caused by the build up of bilirubin in the blood. Jaundice is also known as icterus, as this discolouration is found in the eyes.
7. What are the causes of jaundice?
The most common cause of jaundice is liver disease. If you have liver disease, there is a chance that your liver will not be able to process bilirubin out of your blood, which causes the yellowish discoloration of your skin and eyes. Other things that can cause jaundice include gallstones, pregnancy and HIV / AIDS.
8. Does jaundice kill people? Why or why not?
There have been cases where it has been proven that jaundice kills people and/or causes death. However, in most cases jaundice does not cause death, even if it is severe.
9. What is bilirubin?
Bilirubin is a yellowish pigment made from the breakdown of red blood cells in the body. Normally, the body releases this pigment into the bloodstream when it breaks down old red blood cells and returns them for reuse. When a person has severe liver damage, their liver may not be able to process bilirubin and/or excrete it from the body as readily as it normally would. This can lead to jaundice (yellow skin discolouration).
10. What is a thymus?
Thymus is the primary lymphoid organ in a developing human embryo. It develops from the third pharyngeal pouch, which will eventually form both the thyroid gland and parathyroid glands. It lies behind the sternocleidomastoid muscle, but later shifts forward to lie between trachea and sternum, where it can be accessible to circulating lymphocytes via afferent lymph vessels that enter its central portion—this central portion is also called thymic medulla.