[PDF][PDF] Retroviral recombination: review of genetic analyses
WS Hu, T Rhodes, Q Dang, V Pathak - Front Biosci, 2003 - article.imrpress.com
WS Hu, T Rhodes, Q Dang, V Pathak
Front Biosci, 2003•article.imrpress.comIntroduction 3. The mechanisms of retroviral recombination 3.1. Frequent recombination: the
genetic consequences of packaging two viral RNA copies into one viral particle 3.2.
Proposed mechanisms of retroviral recombination 3.3. Experimental evidence supporting
the recombination models 3.4. Dynamic copy-choice model of retroviral recombination 4.
The properties of retroviral recombination 4.1. Recombination rates and the effects of
homology on recombination 4.2. Retroviral recombination has high negative interference …
genetic consequences of packaging two viral RNA copies into one viral particle 3.2.
Proposed mechanisms of retroviral recombination 3.3. Experimental evidence supporting
the recombination models 3.4. Dynamic copy-choice model of retroviral recombination 4.
The properties of retroviral recombination 4.1. Recombination rates and the effects of
homology on recombination 4.2. Retroviral recombination has high negative interference …
Abstract
Introduction 3. The mechanisms of retroviral recombination 3.1. Frequent recombination: the genetic consequences of packaging two viral RNA copies into one viral particle 3.2. Proposed mechanisms of retroviral recombination
3.3. Experimental evidence supporting the recombination models 3.4. Dynamic copy-choice model of retroviral recombination 4. The properties of retroviral recombination 4.1. Recombination rates and the effects of homology on recombination 4.2. Retroviral recombination has high negative interference 4.3. Position and accuracy of recombination events 4.4. Double infection can indirectly affect the occurrence of recombination 5. Recombination in infected hosts
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