Endophytic bacteria are ubiquitous in most plants and colonise plants without exhibiting
pathogenicity. Studies on the diversity of bacterial endophytes have been mainly …

The diversity of endophytic bacterial populations of potato (Solanum tuberosum cv Desirée)
was assessed using a combination of dilution plating of plant macerates followed by …

To study the effect of plant growth on potato-associated bacteria, the composition and
properties of bacteria colonizing the endosphere of field-grown potato were analyzed by a …

Bacterial endophytes may be important for plant health and other ecologically relevant
functions of poplar trees. The composition of endophytic bacteria colonizing the aerial parts …

In this study, we examined the bacterial endophyte community of potato (Solanum
tuberosum) cultivar/clones using two different molecular-based techniques (bacterial …

This study aimed to characterize the endophytic bacterial communities in the tuberous roots
of three sweet potato genotypes, IPB-149, IPB-137 and IPB-052. The hypothesis is that plant …

The term endophyte refers to interior colonization of plants by microorganisms that do not
have pathogenic effects on their hosts, and various endophytes have been found to play …

Endophytic bacterial communities of tomato leaves were analyzed by 16S-rRNA gene
pyrosequencing and compared to rhizosphere communities. Leaf endophytes mainly …

The composition and relative abundance of endophytic fungi in roots of field-grown
transgenic T4-lysozyme producing potatoes and the parental line were assessed by …

Plants have a diverse internal microbial biota that has been shown to have an important
influence on a range of plant health attributes. Although these endophytes have been found …