No. The are different from other pox viruses in that they replicate in the cytoplasm and not the nucleus.
Yes, a provirus is a type of temperate virus. A provirus is a form of a virus that has integrated its genetic material into the host cell's DNA, remaining dormant until it is activated. Temperate viruses can exist in both the lytic and lysogenic cycles, with the lysogenic cycle involving integration of viral DNA into the host genome to form a provirus.
A provirus is a form of a pathogen that has integrated into the host's DNA and can remain latent until it is activated to produce a new infectious virus. Pathogens can become proviruses by integrating their genetic material into the host cell's genome.
The host cell would have transgenic DNA. A vector is often used to this.
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.
One potential biological warfare agent that is a virus is smallpox. It is highly contagious and has the ability to cause severe illness and high mortality rates within populations. Its aerosolized form can potentially be used as a weapon to infect large numbers of people.
Yes, a provirus is a type of temperate virus. A provirus is a form of a virus that has integrated its genetic material into the host cell's DNA, remaining dormant until it is activated. Temperate viruses can exist in both the lytic and lysogenic cycles, with the lysogenic cycle involving integration of viral DNA into the host genome to form a provirus.
A provirus is a form of a pathogen that has integrated into the host's DNA and can remain latent until it is activated to produce a new infectious virus. Pathogens can become proviruses by integrating their genetic material into the host cell's genome.
Because the provirus makes the host reproduce
a latent infection
When the host cell reproduces, the provirus is replicated along with the host cell's DNA. As the host cell divides, each daughter cell also inherits a copy of the provirus, which integrates into the genome of the new cells.
A provirus is the virus' genetic material integrated with the genetic material of the host cell. Some viruses stay in this form inside a cell until a specific stimulus causes the provirus to start to reproduce and lyse, or burst, the cell. For instance, some prophages (a provirus from a bacteriophage) the process doesn't continue until UV radiation hits the bacterium. A virion is the name of the actual virus particle. The virion is comprised of the capsid and the DNA (or RNA) of the virus. The term virion is used in a similar way that bacterium is when referring to a single bacterial cell. Some virions, such as HIV also have a phospholipid bilayer that they gain by 'budding' from the host cell. When a cell is lysed the provirus gives way to viral progeny, the virions.
The smallpox vaccine comes from cows. Most diseases you a weakened form of the disease. However the smallpox vaccine is brought from cowpox. (closely related to smallpox but not as dangerous). You cannot get this vaccine anymore and if you did it would result in a bad reaction.
No. The mumps virus is an enveloped single-stranded, linear negative-sense RNA virus of the Rubulavirus genus and Paramyxovirus family.
The host cell would have transgenic DNA. A vector is often used to this.
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.
One potential biological warfare agent that is a virus is smallpox. It is highly contagious and has the ability to cause severe illness and high mortality rates within populations. Its aerosolized form can potentially be used as a weapon to infect large numbers of people.
Smallpox was on the First Fleet in the form of bottles of dried innoculation materials. Such material was used to protect people against smallpox before Jenner's vaccination became available. No case of active smallpox disease was reported during the First Fleet voyage. However a seamen from the First Fleet caught smallpox (from local natives) over a year after arrival at Sydney Cove.