Ghulam Muhae-ud-Din1,4, Anam Moosa1, Umer Farooq Ghummen1, Muhammad Jabran1, Amjad Abbas1, Muhammad Naveed2, Abdul Jabbar1 and Muhammad Amjad Ali1,3,*
...n a pot experiment. Both endophytes significantly decreased the galling index and promoted the growth of the plants root length, shoot weight and canopy length; however, the highest root weight was observed in the control treatment. P. agglomerans showed more reduction in galling index and increase in plant growth than P. putida. The results concluded that M. incognita has a wide host range in ornamental plants and they could be managed by...
Mohammad Ejaz1, Salma Javed2, Muhammad Hamza1, Sadia Tabassum2, Muhammad Abubakar3, Irfan Ullah4*
...riginal products. Fungal endophytes are the most commonly used endophytes for the isolation of various different types of bioactive molecules. These bioactive molecules can be used as antimicrobial, antibacterial and anticancer agents. Fungal endophytes like Taxomyces andreanae isolated from Yew plant have the potential to produce an anti-cancer compound called Paclitaxel. Other dif...
SEHRISH MUSHTAQ1, MUHAMMAD SHAFIQ1, MUHAMMAD ASHFAQ*1 FAIZA KHAN1, SOHAIB AFZAAL1, UMMAD HUSSAIN1, MUBASSHIR HUSSAIN1, RASHID MUKHTAR BALAL2 & MUHAMMAD SALEEM HAIDER1
...In this study, bacterial endophytes were isolated from the leaf midrib of different varieties of citrus cultivated in the Sargodha region of Punjab Pakistan. The endophytic bacterial community associated with citrus was characterized and screened for antifungal activity against Alternaria solani which causes losses to crops. A total of twelve strains were identified based on morphological and biochemical tests following Bergey’s manual of systematic bact...
S. H. Iqbal, Shahbaz and Ghazala Nasim
...i> was also
found. Some endophytes other then VA, with septate,
hyaline or coloured mycelium were found penetrating into
the root. A mixture of endogonaceous spores formed the
rhizosphere mycoflora....
Noor Rahmawati*, Dea Indriani Astuti and Pingkan Aditiwati
... between host plants and endophytes, endophytic fungi can produce the same secondary metabolites as their host plants. Numerous research on the bioactive elements of secondary metabolites from endophytic microorganisms, particularly endophytic fungi, have been undertaken on plants that are able to produce secondary metabolites with unique properties. When tested using the DPPH radical-scavenging assay, the secondary metabolite Toona sinensis Roem, which was ex...
