I suppose this is just a grievous error on the AAMC MCAT. Viruses do have a protein coat similar to a cell wall, but obviously it is not called a cell wall.
it protects the cell wall from any bacteria virus, and other enffections
It's a T4 long fiber and it attaches to the cell wall of the host
The virus attaches to a specific receptor on the host cell membrane, allowing it to enter the cell through receptor-mediated endocytosis or direct fusion with the host cell membrane in the second step of the lytic cycle.
Measles virus is a negative-sense, single-stranded RNA virus and does not have a cell wall structure that can be stained with the Gram stain. Instead, measles virus particles can be visualized using specialized staining techniques such as immunofluorescence or electron microscopy.
Herpes virus does not have a cell wall and therefore cannot be visualized using a Gram stain, which targets the cell wall of bacteria. Herpes diagnosis typically relies on molecular techniques like PCR or on direct immunofluorescence staining of viral antigens in cell samples.
it protects the cell wall from any bacteria virus, and other enffections
noo
it protects the cell wall from any bacteria virus, and other enffections
A virus is a particle with DNA but no nucleus or cell wall.
The yellow fever virus is released through a cell wall. Generally viruses do not have a cell wall. However, they attach to cell walls.
The cellulose makes the cell wall harder to protect it from bacterias and other harmful virus.
When a virus breaks through a cell wall/ membrane and infects the cytoplasm.
a virus uses leg-like appendages to clamp onto a cell and a spike or chemical coating to penetrate the cell wall http://www.wisegeek.com/what-is-the-difference-between-a-virus-and-a-bacteria.htm
It's a T4 long fiber and it attaches to the cell wall of the host
The two functions of a virus's protein coat are to protect the genetic material inside and to react with the cell wall of a potential host cell, thus causing the genetic material to be injected into the host cell.
The virus attaches to a specific receptor on the host cell membrane, allowing it to enter the cell through receptor-mediated endocytosis or direct fusion with the host cell membrane in the second step of the lytic cycle.
No where. A virus is not a cell.