Phytoplasmas are among the most recently discovered plant pathogenic microorganisms so, many traits of the interactions with host plants and insect vectors are still unclear and need to be investigated. At now, it is impossible to determine the precise sequences leading to the onset of the relationship with the plant host cell. It is still unclear how phytoplasmas, located in the phloem sieve elements, exploit host cell to draw nutrition for their metabolism, growth and multiplication. In this work, basing on microscopical observations, we give insight about the structural interactions established by phytoplasmas and the sieve element plasma membrane, cytoskeleton, sieve endoplasmic reticulum, speculating about a possible functional role
Phytoplasmas are plant pathogenic bacteria belonging to the Mollicutes group. They are responsible f...
Phytoplasmas are plant pathogenic bacteria belonging to the Mollicutes group. They are responsible f...
Phytoplasmas, biotrophic wall-less prokaryotes, only reside in sieve elements of their host plants. ...
Phytoplasmas are among the most recently discovered plant pathogenic microorganisms so, many traits ...
Phytoplasmas are among the most recently discovered plant pathogenic microorganisms so, many traits ...
Phytoplasmas are among the most recently discovered plant pathogenic microorganisms so, many traits ...
Phytoplasma are phloem-limited, wall-less, uncultivable prokaryotes. They affect several economicall...
Phytoplasmas reside exclusively in sieve tubes, tubular arrays of sieve element-companion cell compl...
Phytoplasmas reside exclusively in sieve tubes, tubular arrays of sieve element-companion cell compl...
Diseases caused by phytoplasmas, prokaryotic plant pathogens restricted to phloem tissue, result in ...
In Fabaceae, dispersion of forisomes—highly ordered aggregates of sieve element proteins—in response...
In Fabaceae, dispersion of forisomes-highly ordered aggregates of sieve element proteins-in response...
The rough endoplasmic reticulum (r-ER) is of paramount importance for adaptive responses to biotic s...
In Fabaceae, dispersion of forisomes\u2014highly ordered aggregates of sieve element proteins\u2014i...
Phytoplasmas are plant pathogenic bacteria belonging to the Mollicutes group. They are responsible f...
Phytoplasmas are plant pathogenic bacteria belonging to the Mollicutes group. They are responsible f...
Phytoplasmas are plant pathogenic bacteria belonging to the Mollicutes group. They are responsible f...
Phytoplasmas, biotrophic wall-less prokaryotes, only reside in sieve elements of their host plants. ...
Phytoplasmas are among the most recently discovered plant pathogenic microorganisms so, many traits ...
Phytoplasmas are among the most recently discovered plant pathogenic microorganisms so, many traits ...
Phytoplasmas are among the most recently discovered plant pathogenic microorganisms so, many traits ...
Phytoplasma are phloem-limited, wall-less, uncultivable prokaryotes. They affect several economicall...
Phytoplasmas reside exclusively in sieve tubes, tubular arrays of sieve element-companion cell compl...
Phytoplasmas reside exclusively in sieve tubes, tubular arrays of sieve element-companion cell compl...
Diseases caused by phytoplasmas, prokaryotic plant pathogens restricted to phloem tissue, result in ...
In Fabaceae, dispersion of forisomes—highly ordered aggregates of sieve element proteins—in response...
In Fabaceae, dispersion of forisomes-highly ordered aggregates of sieve element proteins-in response...
The rough endoplasmic reticulum (r-ER) is of paramount importance for adaptive responses to biotic s...
In Fabaceae, dispersion of forisomes\u2014highly ordered aggregates of sieve element proteins\u2014i...
Phytoplasmas are plant pathogenic bacteria belonging to the Mollicutes group. They are responsible f...
Phytoplasmas are plant pathogenic bacteria belonging to the Mollicutes group. They are responsible f...
Phytoplasmas are plant pathogenic bacteria belonging to the Mollicutes group. They are responsible f...
Phytoplasmas, biotrophic wall-less prokaryotes, only reside in sieve elements of their host plants. ...