reassortment$67208$ - definizione. Che cos'è reassortment$67208$
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Cosa (chi) è reassortment$67208$ - definizione

VIRUSES SHOWING MIXING OF THE GENETIC MATERIAL
Gene reassortment; Reassort; Genome segment reassortment

virus         
  • The structure of the DNA base [[guanosine]] and the antiviral drug [[acyclovir]]
  • A typical virus replication cycle
  • Antigenic shift, or reassortment, can result in novel and highly pathogenic strains of [[human flu]]
  • Scientist studying the [[H5N1]] influenza virus
  • Peppers]] infected by mild mottle virus
  • Transmission electron micrograph of multiple bacteriophages attached to a bacterial cell wall
  • Some bacteriophages inject their [[genome]]s into bacterial cells (not to scale)
  • Transmission electron microscope]] image of a recreated 1918 influenza virus
  • Two [[rotavirus]]es: the one on the right is coated with antibodies that prevent its attachment to cells and infecting them.
  • isbn=978-0-7817-8215-9}}</ref>
  • The Baltimore Classification of viruses is based on the method of viral [[mRNA]] synthesis
NON-CELLULAR, SUBMICROSCOPIC INFECTIOUS AGENT THAT REPLICATES ONLY INSIDE THE LIVING CELLS OF AN ORGANISM
Virus (biological); Virus (biology); Virion; Virons; Viruses; Viri; Virions; Virius; Antibodies, viral; Viris; Assembly and budding; Virus'; Virus structure; Medical virus; Viridae; Medical Virus; Viral sex; Viral gene reassortment; Biological virus; Nucleocapsid proteins; Viral illness; Virostatic; Virsu; Virose; Biovirus; Non-enveloped virus; Virus replication cycle; Naked virus; Uncoating; Novel virus; Virus origins; Viral particle; Virus (life science); Virus genome composition; Virus genome; Draft:Viruses and their Types; Nucleocapsid protein; Genome packaging; Genogroup
n. an influenza; intestinal virus
virus         
  • The structure of the DNA base [[guanosine]] and the antiviral drug [[acyclovir]]
  • A typical virus replication cycle
  • Antigenic shift, or reassortment, can result in novel and highly pathogenic strains of [[human flu]]
  • Scientist studying the [[H5N1]] influenza virus
  • Peppers]] infected by mild mottle virus
  • Transmission electron micrograph of multiple bacteriophages attached to a bacterial cell wall
  • Some bacteriophages inject their [[genome]]s into bacterial cells (not to scale)
  • Transmission electron microscope]] image of a recreated 1918 influenza virus
  • Two [[rotavirus]]es: the one on the right is coated with antibodies that prevent its attachment to cells and infecting them.
  • isbn=978-0-7817-8215-9}}</ref>
  • The Baltimore Classification of viruses is based on the method of viral [[mRNA]] synthesis
NON-CELLULAR, SUBMICROSCOPIC INFECTIOUS AGENT THAT REPLICATES ONLY INSIDE THE LIVING CELLS OF AN ORGANISM
Virus (biological); Virus (biology); Virion; Virons; Viruses; Viri; Virions; Virius; Antibodies, viral; Viris; Assembly and budding; Virus'; Virus structure; Medical virus; Viridae; Medical Virus; Viral sex; Viral gene reassortment; Biological virus; Nucleocapsid proteins; Viral illness; Virostatic; Virsu; Virose; Biovirus; Non-enveloped virus; Virus replication cycle; Naked virus; Uncoating; Novel virus; Virus origins; Viral particle; Virus (life science); Virus genome composition; Virus genome; Draft:Viruses and their Types; Nucleocapsid protein; Genome packaging; Genogroup
<security> (By analogy with biological viruses, via science fiction) A program or piece of code, a type of malware, written by a cracker, that "infects" one or more other programs by embedding a copy of itself in them, so that they become Trojan horses. When these programs are executed, the embedded virus is executed too, thus propagating the "infection". This normally happens invisibly to the user. A virus has an "engine" - code that enables it to propagate and optionally a "payload" - what it does apart from propagating. It needs a "host" - the particular hardware and software environment on which it can run and a "trigger" - the event that starts it running. Unlike a worm, a virus cannot infect other computers without assistance. It is propagated by vectors such as humans trading programs with their friends (see SEX). The virus may do nothing but propagate itself and then allow the program to run normally. Usually, however, after propagating silently for a while, it starts doing things like writing "cute" messages on the terminal or playing strange tricks with the display (some viruses include display hacks). Viruses written by particularly antisocial crackers may do irreversible damage, like deleting files. By the 1990s, viruses had become a serious problem, especially among IBM PC and Macintosh users (the lack of security on these machines enables viruses to spread easily, even infecting the operating system). The production of special antivirus software has become an industry, and a number of exaggerated media reports have caused outbreaks of near hysteria among users. Many lusers tend to blame *everything* that doesn't work as they had expected on virus attacks. Accordingly, this sense of "virus" has passed into popular usage where it is often incorrectly used for other types of malware such as worms or Trojan horses. See boot virus, phage. Compare back door. See also Unix conspiracy. [Jargon File] (2003-06-20)
viruses         
  • The structure of the DNA base [[guanosine]] and the antiviral drug [[acyclovir]]
  • A typical virus replication cycle
  • Antigenic shift, or reassortment, can result in novel and highly pathogenic strains of [[human flu]]
  • Scientist studying the [[H5N1]] influenza virus
  • Peppers]] infected by mild mottle virus
  • Transmission electron micrograph of multiple bacteriophages attached to a bacterial cell wall
  • Some bacteriophages inject their [[genome]]s into bacterial cells (not to scale)
  • Transmission electron microscope]] image of a recreated 1918 influenza virus
  • Two [[rotavirus]]es: the one on the right is coated with antibodies that prevent its attachment to cells and infecting them.
  • isbn=978-0-7817-8215-9}}</ref>
  • The Baltimore Classification of viruses is based on the method of viral [[mRNA]] synthesis
NON-CELLULAR, SUBMICROSCOPIC INFECTIOUS AGENT THAT REPLICATES ONLY INSIDE THE LIVING CELLS OF AN ORGANISM
Virus (biological); Virus (biology); Virion; Virons; Viruses; Viri; Virions; Virius; Antibodies, viral; Viris; Assembly and budding; Virus'; Virus structure; Medical virus; Viridae; Medical Virus; Viral sex; Viral gene reassortment; Biological virus; Nucleocapsid proteins; Viral illness; Virostatic; Virsu; Virose; Biovirus; Non-enveloped virus; Virus replication cycle; Naked virus; Uncoating; Novel virus; Virus origins; Viral particle; Virus (life science); Virus genome composition; Virus genome; Draft:Viruses and their Types; Nucleocapsid protein; Genome packaging; Genogroup

Wikipedia

Reassortment

Reassortment is the mixing of the genetic material of a species into new combinations in different individuals. Several different processes contribute to reassortment, including assortment of chromosomes, and chromosomal crossover. It is particularly used when two similar viruses that are infecting the same cell exchange genetic material. In particular, reassortment occurs among influenza viruses, whose genomes consist of eight distinct segments of RNA. These segments act like mini-chromosomes, and each time a flu virus is assembled, it requires one copy of each segment.

If a single host (a human, a chicken, or other animal) is infected by two different strains of the influenza virus, then it is possible that new assembled viral particles will be created from segments whose origin is mixed, some coming from one strain and some coming from another. The new reassortant strain will share properties of both of its parental lineages.

Reassortment is responsible for some of the major genetic shifts in the history of the influenza virus. In the 1957 "Asian flu" and 1968 "Hong Kong flu" pandemics, flu strains were caused by reassortment between an avian virus and a human virus. In addition, the H1N1 virus responsible for the 2009 swine flu pandemic has an unusual mix of swine, avian and human influenza genetic sequences.

The reptarenavirus family, responsible for inclusion body disease in snakes, shows a very high degree of genetic diversity due to reassortment of genetic material from multiple strains in the same infected animal.