Treating cancer with antibodies
Cancer is one of the most terrifying diseases in the world. There are more than 200 forms of this disease, which signifies uncontrolled cell growth in the body likely to spread in the whole body through the bloodstream or the lymphatic system. The result of this malignant neoplasm, as it is medically called, are tumors affecting organs and thus vital functions.
In order to treat and heal people from that disease, medical researchers have already developed different methods such as chemotherapy, which destroys the tumors, or surgery, which removes the tumors and otherwise affected tissue entirely. Whereas these two methods are among the most popular, they are also often the last chance for people diagnosed with the disease.
However, the research focus nowadays is also on a third method – namely on antibody treatments, which may be able to stop cancer from increasing, or may even destroy it. There are many different antibody suppliers working on developing the correct antibodies for physical disorders, and it is interesting to take a look at some of them to explain how they work.
Specific cancer types – specific antibodies
In the very primary sense, antibodies are protein structures produced by the human beta cells which can recognize and neutralize antigenic structures (of viruses and bacteria) and can thus make them ineffective. Yet, scientists have found ways to produce antibodies in laboratories as well in order to study their functionalities and to develop new antibodies to fight certain diseases. It is vital to know that there must be one specific antibody for one specific antigen as both function as key and lock.
Just recently, US researchers have published results promising a new way of treating gastric cancer through antibodies which are able to stop the tumor growth and the potential spreading of the tumor in the whole body. In another study, researchers have found that Anti-CD47 is even able to shrink seven different cancer types, such as prostate cancer.
Hence, antibodies might become the key solution to cancerous diseases, and it is worth investing into this field in the future. In order to learn about the huge variety of possibilities, one can click here for more information on antibodies.
picture: s.media / pixelio.de
In order to treat and heal people from that disease, medical researchers have already developed different methods such as chemotherapy, which destroys the tumors, or surgery, which removes the tumors and otherwise affected tissue entirely. Whereas these two methods are among the most popular, they are also often the last chance for people diagnosed with the disease.
However, the research focus nowadays is also on a third method – namely on antibody treatments, which may be able to stop cancer from increasing, or may even destroy it. There are many different antibody suppliers working on developing the correct antibodies for physical disorders, and it is interesting to take a look at some of them to explain how they work.
Specific cancer types – specific antibodies
In the very primary sense, antibodies are protein structures produced by the human beta cells which can recognize and neutralize antigenic structures (of viruses and bacteria) and can thus make them ineffective. Yet, scientists have found ways to produce antibodies in laboratories as well in order to study their functionalities and to develop new antibodies to fight certain diseases. It is vital to know that there must be one specific antibody for one specific antigen as both function as key and lock.
Just recently, US researchers have published results promising a new way of treating gastric cancer through antibodies which are able to stop the tumor growth and the potential spreading of the tumor in the whole body. In another study, researchers have found that Anti-CD47 is even able to shrink seven different cancer types, such as prostate cancer.
Hence, antibodies might become the key solution to cancerous diseases, and it is worth investing into this field in the future. In order to learn about the huge variety of possibilities, one can click here for more information on antibodies.
picture: s.media / pixelio.de