To establish a successful infection plant viruses have to overcome a defense system
composed of several layers. This review will overview the various strategies plants employ …

Plants respond to pathogens using an innate immune system that is broadly divided into PTI
(pathogen-associated molecular pattern-or PAMP-triggered immunity) and ETI (effector …

Plants are persistently challenged by various phytopathogens. To protect themselves, plants
have evolved multilayered surveillance against all pathogens. For intracellular parasitic …

Specificity in plant–pathogen gene‐for‐gene (GFG) interactions is determined by the
recognition of pathogen proteins by the products of plant resistance (R) genes. The …

Mosaic diseases caused by tobamoviruses have posed significant threats to tomato
production. In this review, we overview studies of tomato mosaic diseases published over …

Tobacco mosaic virus and other tobamoviruses have served as models for studying the
mechanisms of viral RNA replication. In tobamoviruses, genomic RNA replication occurs via …

The tomato Tm‐2 2 gene was considered to be one of the most durable resistance genes in
agriculture, protecting against viruses of the Tobamovirus genus, such as tomato mosaic …

Understanding host range evolution in plant viruses is central for the control of viral
diseases: changes in host range resulting in host switches or host range expansions are at …

Recent studies on evolutionarily distant viral groups have shown that the number of viral
genomes that establish cell infection after cell-to-cell transmission is unexpectedly small (1 …

Multiline and cultivar mixtures are highly effective methods for agroecological plant disease
control. Priming‐induced cross protection, occurring when plants are challenged by …