Most anyone should know that the human body is actually made up of cells just like the other organisms in existence. As the body is made up of several different types of cells, each one has a specific function. Surprisingly, our bodies contain hundreds of differing kinds of cells. Many research applications are being done on this one particular type of cells - the dendritic cell. To know more about it, here are some things you may find to be of interest.
What dendritic cells are otherwise known are accessory cells or antigen-presenting cells. You will find it part of the immune system. Its main function is to actually relay information to the other cells in our body. Dendritic cells typically come into contact with all the foreign substances that enter our bodies, either from our skin, our nose or even our stomach. What the dendritic cells will do is to pass on the information they receive from foreign entities to the white blood cells which then call for it to create a response to the entity.
While this can help the immune system work up a plan to fight off a virus or other invader, there are diseases which utilize dendritic cells in order to transport and then infect the body's immune system. HIV is a good example of a virus that attaches to the dendritic cells then consequently attacking the immune cells upon its transfer to these other cells. Nevertheless, even when dendritic cells have the potential to help a disease in its aim to attack the body; it also comes with the potential to fight several different diseases.
Let us take a look at multiple sclerosis otherwise known as MS which is a highly debilitating disorder that attacks cells in our brain or spinal cord. It has been found by some scientists that the dendritic cells of those with MS are quite abnormal. This abnormality seems to make it easy for them to pass on the disease to the T cells. The T cells are part of our immune system.
One of the goals of scientists and researchers is to create a successful treatment that specifically targets these dendritic cells. If a treatment could alter the ability of the cells to carry the disease to the immune system, it could be a way to slow, stop or prevent progression of the disease.
In order to study these cells more effectively, scientists often employ the services of Primm Biotech or another biotechnology firm. Aside from helping in the studies on advance dendritic cells these firms are also able to cater to custom monoclonal antibody service, n-terminal sequencing services, polyclonal antibody service and several more.
What dendritic cells are otherwise known are accessory cells or antigen-presenting cells. You will find it part of the immune system. Its main function is to actually relay information to the other cells in our body. Dendritic cells typically come into contact with all the foreign substances that enter our bodies, either from our skin, our nose or even our stomach. What the dendritic cells will do is to pass on the information they receive from foreign entities to the white blood cells which then call for it to create a response to the entity.
While this can help the immune system work up a plan to fight off a virus or other invader, there are diseases which utilize dendritic cells in order to transport and then infect the body's immune system. HIV is a good example of a virus that attaches to the dendritic cells then consequently attacking the immune cells upon its transfer to these other cells. Nevertheless, even when dendritic cells have the potential to help a disease in its aim to attack the body; it also comes with the potential to fight several different diseases.
Let us take a look at multiple sclerosis otherwise known as MS which is a highly debilitating disorder that attacks cells in our brain or spinal cord. It has been found by some scientists that the dendritic cells of those with MS are quite abnormal. This abnormality seems to make it easy for them to pass on the disease to the T cells. The T cells are part of our immune system.
One of the goals of scientists and researchers is to create a successful treatment that specifically targets these dendritic cells. If a treatment could alter the ability of the cells to carry the disease to the immune system, it could be a way to slow, stop or prevent progression of the disease.
In order to study these cells more effectively, scientists often employ the services of Primm Biotech or another biotechnology firm. Aside from helping in the studies on advance dendritic cells these firms are also able to cater to custom monoclonal antibody service, n-terminal sequencing services, polyclonal antibody service and several more.
About the Author:
Armand Zeiders enjoys blogging about biomedical research. For more information regarding protein sequencing services, please visit the PrimmBiotech.com website today.