The host cell would have transgenic DNA. A vector is often used to this.
The viral reproductive cycle you are describing is called the lysogenic cycle. In this cycle, the viral DNA integrates into the host cell's chromosome, remaining dormant until it is triggered to enter the lytic cycle.
The viral DNA that has integrated into a host cell's chromosome is called a provirus or prophage. This integrated viral DNA is replicated along with the host cell's DNA during cell division, allowing the virus to be passed on to daughter cells.
Well im just going to type what it says in my bookIn bacterial viruses, the cycle of the viral infection, replication, and destruction is called the lytic cycle.During an infection, some viruses stay inside the cells but do not make new viruses. Instead of producing virus particles, the viral gene is inserted into the host chromosome and is called a provirus. Whenever the cell divides, the provirus also divides, resulting in two infected host cells. In this cycle, called the lysogenic cycle, the viral genome replicates without destorying the host cell. In some lysogenic viruses, change in the environment can causethe provirus to begin the lytic cycle, which means the destruction of the host cell.I hope this helps ^.^ --Pengi-Chan
Yes, during the lysogenic cycle of a viral infection, a provirus integrates into the host cell's chromosome. The provirus DNA becomes part of the host cell's genetic material and is replicated along with the host DNA during cell division.
Yes, in genetic engineering, DNA is used to form bonds between the inserted gene and the plasmid DNA. This process is often facilitated by enzymes like ligase, which helps create covalent bonds between the gene of interest and the vector. The resulting recombinant DNA molecule can then be introduced into host cells for replication and expression of the inserted gene.
lysogenic
motor cycle
B) Lysogenic
The viral reproductive cycle you are describing is called the lysogenic cycle. In this cycle, the viral DNA integrates into the host cell's chromosome, remaining dormant until it is triggered to enter the lytic cycle.
lysogenic
A prophage gene is a gene of a bacteriophage (virus that targets bacteria) that is inserted and integrated into the circular bacterial DNA chromosome or plasmid. Bacteriophages reproduce by inserting their genome into that of a bacterium and thus getting their genes read and viral proteins produced.
ONCOGENES
The viral DNA that has integrated into a host cell's chromosome is called a provirus or prophage. This integrated viral DNA is replicated along with the host cell's DNA during cell division, allowing the virus to be passed on to daughter cells.
Viruses are composed of protein and DNA. The DNA encodes the protein as well as the DNA for the virus. Viruses depend on host cells because they are incapable of reproducing themselves. They enter the host cell and the viral DNA is inserted into the host DNA. The virus then "hijacks" the host cells replication machinery to make more viral protein and viral DNA.
Well im just going to type what it says in my bookIn bacterial viruses, the cycle of the viral infection, replication, and destruction is called the lytic cycle.During an infection, some viruses stay inside the cells but do not make new viruses. Instead of producing virus particles, the viral gene is inserted into the host chromosome and is called a provirus. Whenever the cell divides, the provirus also divides, resulting in two infected host cells. In this cycle, called the lysogenic cycle, the viral genome replicates without destorying the host cell. In some lysogenic viruses, change in the environment can causethe provirus to begin the lytic cycle, which means the destruction of the host cell.I hope this helps ^.^ --Pengi-Chan
Yes, viral genes can redirect the genetic and metabolic activities of a host cell by hijacking the host cell's machinery to replicate the virus. This can lead to changes in the host cell's gene expression and metabolism to favor viral replication and spread.
Plasmids are cloned and start producing protein .