A Tomato RNase H1 Enzyme Modulates PepMV Infection and May Influence R-Loop Homeostasis

A Tomato RNase H1 Enzyme Modulates PepMV Infection and May Influence R-Loop Homeostasis 1. Tomato RNaseH1A1 interacts with PepMV-TGB1 and PepMV-CP Among the five tomato RNase H1 paralogs (A), only RNaseH1A1 interacted with PepMV-TGB1 and PepMV-CP, as demonstrated by co-immunoprecipitation (B) and yeast two-hybrid (C) assays.

Publication Details

Published
2025-01-01
DOI
https://doi.org/10.1094/3104743-p-229.pdf
Primary Topic
Plant Virus Research Studies
Type
article
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article

A Tomato RNase H1 Enzyme Modulates PepMV Infection and May Influence R-Loop Homeostasis

Plant Virus Research Studies
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A Tomato RNase H1 Enzyme Modulates PepMV Infection and May Influence R-Loop Homeostasis

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Abstract

A Tomato RNase H1 Enzyme Modulates PepMV Infection and May Influence R-Loop Homeostasis 1. Tomato RNaseH1A1 interacts with PepMV-TGB1 and PepMV-CP Among the five tomato RNase H1 paralogs (A), only RNaseH1A1 interacted with PepMV-TGB1 and PepMV-CP, as demonstrated by co-immunoprecipitation (B) and yeast two-hybrid (C) assays.

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A Tomato RNase H1 Enzyme Modulates PepMV Infection and May Influence R-Loop Homeostasis · (2025) | TGRS Research Map | TGRS