Plants have developed efficient mechanisms to avoid infection or to mount responses that render them resistant upon attack by a pathogen. One of the best-studied defence mechanisms is based on gene-for-gene resistance through which plants, harbouring specific resistance (R) genes, specifically recognise pathogens carrying matching avirulence (Avr) genes. Here a review of the R genes that have been cloned is given. Although in most cases it is not clear how R gene encoded proteins initiate pathways leading to disease resistance, we will show that there are clear parallels with disease prevention in animal systems. Furthermore, some evolutionary mechanisms acting on R genes to create novel recognitional specificities will be discussed
The simplest way to explain the biochemical basis of the gene-for-gene concept is by direct interact...
The simplest way to explain the biochemical basis of the gene-for-gene concept is by direct interact...
The genomic perspective aids in integrating the analysis of single resistance (R-) genes into a high...
Plants have developed efficient mechanisms to avoid infection or to mount responses that render them...
Plants have developed efficient mechanisms to avoid infection or to mount responses that render them...
Preprint for an invited review article submitted to Essays in Biochemistry, Portland Press. https:/...
Interactions between disease resistance (R) genes in plants and their corresponding pathogen avirule...
To establish a successful infection plant viruses have to overcome a defense system composed of seve...
Interactions between disease resistance (R) genes in plants and their corresponding pathogen avirule...
Plant resistance (R) genes involved in gene-for-gene interactions with pathogens tend to undergo co-...
Disease resistance in plants is usually associated with the activation of a wide variety of defense ...
Plants have many, highly variable resistance (R) gene loci, which provide resistance to a variety of...
Plants have many, highly variable resistance (R) gene loci, which provide resistance to a variety of...
A wide range of factors, including pathogens and pests (McDowell, & Woffenden, 2003), significantly...
The simplest way to explain the biochemical basis of the gene-for-gene concept is by direct interact...
The simplest way to explain the biochemical basis of the gene-for-gene concept is by direct interact...
The simplest way to explain the biochemical basis of the gene-for-gene concept is by direct interact...
The genomic perspective aids in integrating the analysis of single resistance (R-) genes into a high...
Plants have developed efficient mechanisms to avoid infection or to mount responses that render them...
Plants have developed efficient mechanisms to avoid infection or to mount responses that render them...
Preprint for an invited review article submitted to Essays in Biochemistry, Portland Press. https:/...
Interactions between disease resistance (R) genes in plants and their corresponding pathogen avirule...
To establish a successful infection plant viruses have to overcome a defense system composed of seve...
Interactions between disease resistance (R) genes in plants and their corresponding pathogen avirule...
Plant resistance (R) genes involved in gene-for-gene interactions with pathogens tend to undergo co-...
Disease resistance in plants is usually associated with the activation of a wide variety of defense ...
Plants have many, highly variable resistance (R) gene loci, which provide resistance to a variety of...
Plants have many, highly variable resistance (R) gene loci, which provide resistance to a variety of...
A wide range of factors, including pathogens and pests (McDowell, & Woffenden, 2003), significantly...
The simplest way to explain the biochemical basis of the gene-for-gene concept is by direct interact...
The simplest way to explain the biochemical basis of the gene-for-gene concept is by direct interact...
The simplest way to explain the biochemical basis of the gene-for-gene concept is by direct interact...
The genomic perspective aids in integrating the analysis of single resistance (R-) genes into a high...