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The Structure of Influenza Virus Defective Interfering (DI) RNAs and Their Progenitor Genes

  • D. P. Nayak
  • N. Sivasubramanian

Abstract

The term defective interfering (DI) virus particles was used by Huang and Baltimore [31] to define a class of virus particles which possess the following properties: (a) They are defective, unable to replicate independently; (b) They require the helper function of standard virus for replication; (c) They interfere with the replication of standard virus; (d) They are usually deletion mutants, i.e., the genome of DI particles does not represent the entire genome of standard virions. Although all of the DI genomes studied to date are shorter than the standard viral genome and are deletion mutants, it is possible some DI genome may contain an altered nucleic acid sequence(s) rather than a deletion(s) and become defective as well as interfering. DI particles were first observed by von Magnus [64,65] when he passaged influenza virus serially undiluted in embryonated chicken eggs. He called these particles “incomplete” particles which were both defective and interfering. Subsequently, DI particles have been reported for nearly all animal viruses during high multiphcity passages (for a detailed review see reference no. [32]).

Keywords

Influenza Virus Polymerase Gene Semliki Forest Virus Internal Deletion Human Influenza Virus 
These keywords were added by machine and not by the authors. This process is experimental and the keywords may be updated as the learning algorithm improves.

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  • D. P. Nayak
  • N. Sivasubramanian

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