A given virus can infect a limited range of cell types, often specific to certain hosts or tissues. This specificity is largely determined by the virus's surface proteins, which must match receptors on the host cell's membrane. For example, some viruses may infect only certain types of animal cells, while others may target specific plant or bacterial cells. Overall, the diversity of cells a virus can infect varies widely between different viruses.
differentiation
No, different types of human cells have unique shapes and structures based on their functions. Cheek cells are flat and irregularly shaped because they are protective epithelial cells. Other cells in the body, such as nerve cells or muscle cells, have different shapes that suit their specific roles.
differentiation
differentiation
differentiation
there are 200 types of cells
All cells do not contains the same types enzymes.
yes
differentiation
Cellular Differentiation
No. With the odd exception (eg. mature red blood cells because they have no nucleus) every cell in a multicellular organism has the same set of genes. What gives the cells their different character, their phenotype, is which of these genes are expressed at any given time.
There are many ways in which cells become different. They could take the shape of many different kinds of things.
No, they do not! The evidence shows that malaria parasites that infect lizards have two kinds of ribosomes and malaria parasites that infect lizards have only one.
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No, different types of human cells have unique shapes and structures based on their functions. Cheek cells are flat and irregularly shaped because they are protective epithelial cells. Other cells in the body, such as nerve cells or muscle cells, have different shapes that suit their specific roles.
differentiation
differentiation