I'll provide two examples you might have heard of because they can be pathogenic, and in both examples the genus name tells you the shape of the individual bacterium as well as the shapes formed by groups of cells as they grow and divide: Staphylococcus aureus (Staph = grows in clusters, coccus = individual cells are spherical). Another example could be Streptobacillus moniliformis (Strep = grows in chains, bacillus = individual cells are rod-shaped).
rod shaped
sphere / round shaped
spiral shaped
square shaped
star shaped
comma shaped
broom shaped
Because the grouping of cells are very important in determining cell division. It plays an important role in bacteria formation.
a muscle. Tissue is any grouping of cells.
yes everything is made up of cells
Bacteria cells are prokaryotes. Cells without nuclei.
a human cells have DNA and bacteria has plasmid
Because the grouping of cells are very important in determining cell division. It plays an important role in bacteria formation.
Bacteria often grow in characteristic patterns or grouping.· Prefix diplo- cell arranged in pairs· Prefix staphylo- cells arranged in clusters· Prefix strepto- refers to bacteria arrange in chains
The Plane of Division determines Prokaryotic cell grouping patterns.
In a multicellular organism, a grouping of cells forms tissue which forms an organ. If we are talking about unicellular organisms, then they just form slime, as a group.
In a multicellular organism, a grouping of cells forms tissue which forms an organ. If we are talking about unicellular organisms, then they just form slime, as a group.
Fungus cells are eukariyotic cells. Bacteria have prokariyotic cells
Bacteria cells don't have a nucleas.
Bacteria are prokaryotes.
They split into two bacteria cells!
Bacteria have prokaryotic cells. They do not have eukaryotic cells.
a muscle. Tissue is any grouping of cells.
Bacteria can attack and kill cells. White blood cells can kill bacteria.