The Ebola virus primarily replicates in various tissues and organs, particularly in the endothelial cells lining blood vessels, hepatocytes (liver cells), and immune cells such as macrophages and dendritic cells. This replication leads to widespread cell death and disrupts the vascular system, contributing to the hemorrhagic symptoms associated with Ebola virus disease. Additionally, the virus can persist in certain bodily fluids and tissues, prolonging its ability to infect.
The entire body is effected.
Ebola occurs through skin contact with an infected person or his or her body fluids, feces, body fluids, secretions, needles, by eating animals with virus, and contact with objects.
It doesn't attack a cirten spot. It attacks the whole body.
The Ebola virus affects the entire body by riddling all internal organs with microscopic hemorrhages.
The Ebola virus is transmitted through bodily fluids. It is also suspected that the virus can enter the human body through contact with the whites of the eyes or the mouth. Under laboratory conditions, Ebola has also been transmitted through the air, but this does not happen in nature.
Well, Ebola can make you bleed from the eyes, ears, and nose. Ebola can also cause a hemorrhagic fever, which can be deadly. But yet the cure has be found by the Ebola doctors. So, watch out for this deadly scary virus. (It killed over 100,000 people)
Contact with affected Body fluids or transmission via carrier Eg: Mosquito
It is a virus and not alive but if blood or any body fluids are in the soil, someone who touches the contaminated soil can get the virus.
it pretty much kills all your organs and makes them into mush and you will thourhg up black vomit
This virus first affects the immune system and then the liver and kidneys. Finally it shuts down the entire body.
Yes, it is possible to get ebola twice. Although your body will immunoglobulins against the virus from the first infection (if you survive), the virus is so destructive that it is not enough. That combined with your body being seriously weakened from the first infection means a second infection would be unsurvivable. Maybe after medical research and technology progresses, this will change.
Ebola is a virus, not a bacterium, so antibiotics, which are designed to treat bacterial infections, are not effective against it. Instead, treatments for Ebola focus on supportive care to help the body fight off the virus and manage symptoms. Controlling Ebola outbreaks involves practices like isolation of infected individuals, contact tracing, and supportive care to reduce transmission.