This action is called lysis of the host cell.
The virus would not be able to infect new hosts
1. Adsorption- when the virus attaches to the cell 2. Entry- when the virus's DNA is injected into the cell's 3. Replication- when the cell makes lots of new parts for new viruses 4. Assembly when the "virus pieces form new viruses 5. Lyse- when the cell explodes and the new viruses are released.
1. Lands on bacteria and injects it's own DNA into bacteria. 2. Destroys the bacteria's DNA. 3. Commandeers the bacterias enzymes to start replication it's own DNA ind the protein of it's capsid. 4. Assembles this protein around the replicated DNA in hundreds of new bacteriophages. 5. Lyses and exits the cell, thus destroying it. ( lytic cycle described )
bacteriophage is a virus that kills bacteria
The genetic material of the phage can be passed on to future generations of cells.
The bacteriophage enzyme lyses the bacteriums cell wall, which then releases a new bacteriophage particle that can attack other cells
The virus would not be able to infect new hosts
1. Adsorption- when the virus attaches to the cell 2. Entry- when the virus's DNA is injected into the cell's 3. Replication- when the cell makes lots of new parts for new viruses 4. Assembly when the "virus pieces form new viruses 5. Lyse- when the cell explodes and the new viruses are released.
1. Lands on bacteria and injects it's own DNA into bacteria. 2. Destroys the bacteria's DNA. 3. Commandeers the bacterias enzymes to start replication it's own DNA ind the protein of it's capsid. 4. Assembles this protein around the replicated DNA in hundreds of new bacteriophages. 5. Lyses and exits the cell, thus destroying it. ( lytic cycle described )
Lysogenic is when the virus enters and binds into the hosts DNA and one could replicate slowly or two when the virus sense the host cell is about to die, the virus will go into lyic cycle and replicate and kills the host cell.
The phage injects it's genetic material into the bacteria this can either be RNA, DNA or both. This genetic material is then translated into viral proteins which are assembled into new viruses along with a brand new genetic package ready to infect a new bacteria.
Sounds like you are describing the lysogenic cycle.
bacteriophage is a virus that kills bacteria
The virus had a protein coating which remained outside of the cell when the DNA from the virus was injected into the cell. So they were able to see that DNA was carrier of inheritance due to the fact that the protein never entered the cell that produced new viruses.
First, the virus hijacks the cell and makes it become a virus-making factory. As new virus particles are created in the cell, eventually they fill the cell to the point of bursting open. When this happens, the particles are released where they can then each attach to and hijack a new cell, and the process repeats until your immune system creates the needed antibodies to stop the new viruses from being able to attach to and infect new cells.
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A spore,because a male cell and a female cell unite and produce a stalk that grows out of a female plant.The stalk releases the spores that will grow into new moss plants.