A virus.
A virus
Inactive, hopefully. Unless the Thriller video was more prophetic than we thought.
Opportunistic Infection
They are a network of stacked membraneous vesicles that facilitate secretions inside a living cell, so unless your house is alive they would not be any part of it.
A very broad answer to a very broad question... A "pathogen" as defined by a dictionary would be, "any disease-producing agent, esp. a virus, bacterium, or other microorganism." First- a "pathogen" in drinking water will cause nothing unless someone or something drinks the water or if the "pathogen" enters the body/host by some other means... Second- even once the "pathogen" enters the body it may still cause nothing, as the quantity of the "pathogen" must be sufficient to cause the would be disease... Third- because a "pathogen" could be any one of millions of things, what disease would be caused by your hypothetical "pathogen in the drinking water" would depend entirely on what it is... You should seriously consider being more specific about your question. If you are interested in a specific pathogen and the associated disease, please try again.
A catfish is living, unless it has died, of course.
They are a network of stacked membraneous vesicles that facilitate secretions inside a living cell, so unless your house is alive they would not be any part of it.
unless you have some kinda of amazing superpowers or a giant rock you will not be able to stop the activty of a volcano
Living - unless you pick them and dry them.
If all her children are still living you have no rights in her property unless she left a share to you in her Will.If all her children are still living you have no rights in her property unless she left a share to you in her Will.If all her children are still living you have no rights in her property unless she left a share to you in her Will.If all her children are still living you have no rights in her property unless she left a share to you in her Will.
An opportunistic infection is a pathogen that only causes disease in a host with a weakened immune system or other underlying condition. These infections take advantage of the weakened state of the host to cause illness.
Yes, saliva does contain HIV; however, there is not enough of the HIV virus in saliva to transmit it to anyone. There are 4 requirements to transmit a pathogen which are: A pathogen, in sufficient quantity, with a proper entry site, and the person has susceptibility to catch the pathogen. The second condition, sufficient quantity, is not met with saliva.