take a look.. its in a book! ... Cell cycle I just wanted to see if you knew! haha.
archaea, bacteria, and eukaryote
Life Sequence was created in 1988.
The easiest way to understand how viruses replicate is to study the life cycles of viruses called bacteriophages (bacteria eaters). Bacteriophages replicate by either a lytic cycle or a lysogenic cycle. The difference in these two cycles is that the cell dies at the end of the lytic cycle or the cell remains in the lysogenic cycle. The virus remains "hidden".
The repeating set of events that make up the life of a cell is known as the cell cycle. It consists of interphase (G1, S, G2 phases) where the cell grows and prepares for division, and mitosis (prophase, metaphase, anaphase, telophase) where the cell divides its genetic material to produce two daughter cells.
The type of cells that viruses live in are host cells. Viruses need host cells in order to reproduce or multiply.
a periodically repeated sequence of events
cell cycle
Cell Cycle
I know how they reproduce . They divid them self up.
because the role of the nucleus in the life of a cell. HOPED IT HELPEd :P
Wrestlemania,hell in a cell,tlc,elimination chamber
archaea, bacteria, and eukaryote
Life Sequence was created in 1988.
Algae that grows on the inside of an aquarium, and the fungus that causes athlete foot ;) hope this helps -from an awesome person
The sequence of events in the spectrum of life is influenced by biological processes, environmental factors, and evolutionary history. Each stage builds upon the previous one, allowing for the efficient transfer of energy and resources. This sequence is essential for the maintenance of ecological balance and the survival of species within an ecosystem.
The easiest way to understand how viruses replicate is to study the life cycles of viruses called bacteriophages (bacteria eaters). Bacteriophages replicate by either a lytic cycle or a lysogenic cycle. The difference in these two cycles is that the cell dies at the end of the lytic cycle or the cell remains in the lysogenic cycle. The virus remains "hidden".
Stars don't "lose" their "main sequence", because it's not something a star can "have" in the first place.Stars are more properly described as being "on" or "off" the "main sequence", and "sequence" isn't a good word for it anyway, because it implies that there is an actual sequence of events involved; in fact, the normal life sequence of a star has it going off the main "sequence".It may help if you stop thinking of them as "main sequence" stars and start thinking of them as either dwarfs or type III stars.