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In Capsicum chinense (L(3)L(3)) plants a higher accumulation of the tobamovirus Pepper mild mottle virus strain S (PMMoV-S) as compared to the Italian strain PMMoV-I is detected when plants are grown at 32°C. By using a reverse genetic approach, we have established that a single amino acid at position 898 in the helicase domain of the polymerase protein, outside of the conserved regions of the helicase, is critical for the higher accumulation of PMMoV-S observed. It also is necessary for both increased accumulation of viral RNA of both polarities in pepper protoplasts and enhanced cell-to-cell movement in C. chinense plants. The influence of thermoresistance of PMMoV-S, a P(1,2) pathotype, and its prevalence on pepper cultivars over PMMoV-I, a P(1,2,3), pathotype, is discussed.
Sequence Homology, Amino Acid, Virulence, Plant virus replication, Molecular Sequence Data, Tobamovirus, DNA Helicases, Temperature, Pepper mild mottle virus, Biological Transport, Capsicum chinense (L3L3), Plant virus long-distance movement, Helicase domain, Plant Leaves, Amino Acid Substitution, Tobamoviruses, Virology, Thermoresistance, RNA, Viral, Amino Acid Sequence, Plant virus cell-to-cell movement, Capsicum, Phylogeny
Sequence Homology, Amino Acid, Virulence, Plant virus replication, Molecular Sequence Data, Tobamovirus, DNA Helicases, Temperature, Pepper mild mottle virus, Biological Transport, Capsicum chinense (L3L3), Plant virus long-distance movement, Helicase domain, Plant Leaves, Amino Acid Substitution, Tobamoviruses, Virology, Thermoresistance, RNA, Viral, Amino Acid Sequence, Plant virus cell-to-cell movement, Capsicum, Phylogeny
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