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Archives of Virology|September 24, 2016
Some like it hot: citrus tristeza virus strains react differently to elevated temperatureS J Cowell, S J Harper, W O DawsonJournal of Virological Methods|March 10, 2017
A real-time RT-qPCR assay for the detection of Citrus tatter leaf virusS J Cowell, S J Harper, W O DawsonVirology|August 21, 2015
Finding balance: Virus populations reach equilibrium during the infection processS J Harper, S J Cowell, W O DawsonArchives of Virology|September 8, 2018
Bottlenecks and complementation in the aphid transmission of citrus tristeza virus populationsS J Harper, S J Cowell, W O DawsonVirology|September 10, 2017
Isolate fitness and tissue-tropism determine superinfection successS J Harper, S J Cowell, W O DawsonVirology|February 11, 2015
With a little help from my friends: complementation as a survival strategy for viruses in a long-lived host systemS J Harper, S J Cowell, W O DawsonVirology|July 11, 2014
Differential tropism in roots and shoots infected by Citrus tristeza virusS J Harper, S J Cowell, C J Robertson, et al.Archives of Virology|September 21, 2016
Sequence variation in two genes determines the efficacy of transmission of citrus tristeza virus by the brown citrus aphidS J Harper, N Killiny, S Tatineni, et al.Applied and Environmental Microbiology|August 14, 2016
Minor Coat and Heat Shock Proteins Are Involved in the Binding of Citrus Tristeza Virus to the Foregut of Its Aphid Vector, Toxoptera citricidaN Killiny, S J Harper, S Alfaress, et al.Frontiers in Microbiology|May 30, 2013
Citrus tristeza virus-host interactionsW O Dawson, S M Garnsey, S Tatineni, et al.Pageof 18