No, in fact, the smallest party of a substance that at the same time, is still a substance is a molecule.
A unicellular infectious agent is a microorganism, such as a virus, bacterium, or protozoan, that is made up of a single cell and is capable of causing infection in a host organism. These agents are responsible for a wide range of diseases in humans, animals, and plants.
Bird tracks in snow are not fossils, because snow melts and gets covered up by more snow, and so the bird that made them is probably still alive. (If it died shortly after and the tracks were still there, then they might be considered a trace fossil. ;))
Actually amoeba and paramecium is protista. Animalia (animals) is actually human, fish and etc that cannot produce their own food (heterotroph) and multicellular. Amoeba is unicellular but still heterotroph. Protista can be autotroph or hetorotroph. But animalia is only heterotroph.
Yes, as of July 2014 he is age 72 and still alive.
Yes, they are. Sometimes they form groups but they are still single celled.
Behold spiders: The Only Unicellular yet still Multicellular species on earth. =O
Yes, she is considered alive.
Yes. Organism essentially means anything living, or that was alive. So, if you pull a weed out of the ground it is still an organism.
No, in fact, the smallest party of a substance that at the same time, is still a substance is a molecule.
Typically, if your brain is still in operating form, you are considered to be alive, so to answer your question you would be considered alive.
The most successful cricket player still alive is considered to be Sachin Tendulkar.
Basil Valentine, is considered the "Father of Modern Chemistry" and 1394, was likely the year of his birth. So no, Basil is not still alive.
Nope, it is not. All bacteria are unicellular.
A cell's "life" is it's longevity. In other more simplistic words,as long as the organism is still functional then it is alive.
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A unicellular infectious agent is a microorganism, such as a virus, bacterium, or protozoan, that is made up of a single cell and is capable of causing infection in a host organism. These agents are responsible for a wide range of diseases in humans, animals, and plants.