<P> After the bacterial DNA is inserted into the cell, the process of biosynthesis is initiated . Biosynthesis involves the utilization of the host cells' nucleotides and enzymes to make copies of the phage DNA . The mRNA in the cytoplasm are transcribed from the phage DNA being involved in the biosynthesis of phage enzymes and capsids proteins . Therefore, the ribosomes, enzymes, and amino acids of the host are involved in translation . </P> <P> Maturation is submitted by the assembly of bacteriophage DNA and capsids into virions . Late proteins are important in assembly . Assembly is complicated but varies in bacteriophage stages, some are assembled in nucleus and some are assembled in cytoplasm, and may be seen as paracrystalline structures in cell. The tails and heads of the T even bacteriophage are assembled from protein subunits, and the head is packed with DNA and attached to the tail . </P> <P> The final step in viral reproduction and multiplication is determined by the release of virions from the host cell . The release of the virions occurs after the breakage of the bacterial plasma membrane . Nonenveloped viruses lyse the host cell which is characterized by viral proteins attacking the peptidoglycan or membrane . The lysis of the bacteria occurs when the capsids inside the cell release the enzyme lysozyme which break down the cell wall . The released bacteriophages infect other cells, and the viral multiplication cycle is repeated within those cells . </P> <Table> <Tr> <Td> </Td> <Td> This section needs additional citations for verification . Please help improve this article by adding citations to reliable sources . Unsourced material may be challenged and removed . (May 2016) (Learn how and when to remove this template message) </Td> </Tr> </Table>

Name and describe the way that t coliphages penetrate the host cell membrane