Angiogenesis
Question 1: What is the angiogenesis process?
Answer:
Angiogenesis is the process by which from an existing blood capillary a new blood capillary is developed either by splitting into two parts. Or sometimes it merges with the new capillary to reduce the oxygen deficiency in a proper cell layer.
Question 2: In which type of angiogenesis process, do blood vessels divide into two parts?
Answer:
In the Intussusceptive Angiogenesis process, a blood vessel divides into two parts & creates a new blood vessel. Here, the endothelial cells merge & make two new capillaries.
Question 3: Which chemical factor triggers the angiogenesis process?
Answer:
The Vascular Endothelial Growth Factor or VEGF is the first chemical factor that will trigger the angiogenesis process in the human body. That binds with the receptors in the endothelial cells.
Question 4: Which angiogenesis process was first discovered?
Answer:
The Sprouting Angiogenesis process was first discovered in the human body. As this process can be visualized in the body of an adult human. So, this process was first identified by scientists.
Question 5: Which enzyme is being used to dilute the basement membrane of the blood vessels?
Answer:
The Proteases enzyme is used to dilute the basement membrane of the blood vessels. This enzyme secretes from the endothelial cells after being triggered by the VEGF factor.
Angiogenesis
The human body is a complex structure. There are several organs are present in this body. There is a complex network of blood vessels that connects every organ in the body. The human body has a specific immune system that helps to affect the body from foreign elements or substances. Scientists often wonder by seeing the human body instruments. There is always a backup plan for the processes that are going on inside the body. Due to any reason, if one path gets blocked, then there is a way to resolve that situation. Also, the human body is well equipped with the prevention from outside damage. One of the processes that heal external damage is known as Angiogenesis.