When this phage released from the host,they carry a very small portion of the host chromosome.This phase infects other cell, crossing over takes place between a fragment of chromosome of the Donner cell and the homologous chromosome of the recipient cell.
It is mostly Nigerian Maurice but sometimes Nigerian Bones and Nigerian Antoine can fill in too ;)
The bacteriophages are only made up of water, proteins and RNA/DNA.
Usually only the DNA or RNA of virus enters the host cell.
nucleic acid
Nucleic acid
DNA
This indicates that the cell is not responding to the internal regulators inside the cell.
From genes
A virus has proteins on its capsid that bind to living host cell. Once the virus has attached it enters the cell or inserts DNA/RNA into the cell.
food enters, waste leaves
because the bacteriophage is set to do so
the whole phage
A bacteriophage ("eater of bacteria") inject their DNA (or RNA) into the cell.
This indicates that the cell is not responding to the internal regulators inside the cell.
From genes
A virus has proteins on its capsid that bind to living host cell. Once the virus has attached it enters the cell or inserts DNA/RNA into the cell.
food enters, waste leaves
The bacteriophage enzyme lyses the bacteriums cell wall, which then releases a new bacteriophage particle that can attack other cells
1. It enters through the cell wall. 2. It enters through the cell membrane. (Note that it enters through the cell wall's pores; and the cell membrane has to be semi-permeable) 3. Since water in the plant cell is stored in the vacuoles, the water enters the vacuole. There, the cell has gained more water. (When the cell releases water, it is the same sequence of steps except BACKWARDS) Hope my Answer helped -Rin Rin
because the bacteriophage is set to do so
This action is called lysis of the host cell.
yes, a bacteriophage is a bacteria/viral particle/any prion/etc... which infects a bacterial cell.
A large molecule that can not enter the cell through myosis enters the cell through by endocytosis. Endocytosis is an example of active transport.