… slightly enhanced photosynthetic efficiency of salt-treated bermudagrass. Tissues of … salt
stress is partly to produce IAA, to increase the activity of antioxidases, to absorb Na + by fungal …

… a large scale in axenic culture, we highlight the high potential of this fungus in protecting
plants against salt stress, which provides an effective strategy for remediating the salinity soil. …

… The GAs-producing endophytic fungi include Aspergillus fumigatus, … to salt stress. Recently,
eco-friendly techniques were proposed to alleviate the harmful influence of salt stress on …

… fungi to high-salt stress. In this study, we made an attempt to isolate an endophytic fungus
from a … region and evaluate its morphological and transcriptomic response under salt stress. …

… salt tolerance in fungi may be relevant for understanding salt … salt-adapted and saltshocked
cultures. We also report increase … the copy number of ribosomal RNA genes under salt stress. …

… Therefore, the current study was designed to evaluate the phytostimulatory characteristics
and salt stress tolerance of a novel endophytic fungal isolate BTK-1 of A. terreus. …

… To compensate the effect of salt stress, the isolated novel endophytic fungal strain(s)
were aimed to be used in order to help the pearl millet seedlings under salinity stress. …

… endophytic fungi were isolated from Catharanthus roseus, and their effect in mitigating salt
stress in Vigna radiata was evaluated. An isolate CR7, identified to be Aspergillus terreus, …

… due to the application of the endophytic fungus Aspergillus flavus CHS1 either under
salinity stress or normal conditions. Other studies also reported the utilization of endophytic …

… in the field of agriculture, this study was conducted to test the role of endophytic fungal
strain, Aspergillus awamori (EWF), in mung bean growth under normal and saline conditions. …