Bagmare Rr

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Syed Ismail

Marathwada Agricultural University

Bagmare Pa

Ingole Aj

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Marathwada Agricultural University

Helmholtz Centre Potsdam - GFZ German Research Centre for Geosciences

University of Tikrit

Acharya N. G. Ranga Agricultural University

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Siderophore production by plant growth promoting microorganisms

Journal of Pharmacognosy and Phytochemistry (2019)

Bagmare Rr Syed Ismail Ingole Aj Bagmare Pa

Under iron limiting conditions, many bacteria secrete ferric iron-specific ligands, generically termed siderophore, which aid in sequestering and transport of iron. We report here the production of siderophore by selected plant growth promoting microorganisms. Production of siderophore by plant growth promoting microorganisms were detected via the chrome azurol S assay, a general test for siderophore detection, which is independent of siderophore structure. Eight bacterial isolates having better plant growth promoting traits were evaluated for siderophore production in laboratory among the isolates Pseudomonas flurescens was noted to 75 per cent siderophore production followed by Azospirillum lipoferum (67 per cent). However, Rhizobium phaseoli found to have no colour change and no siderophore production in CAS agar test.

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Siderophore production by microbial isolates and their effect on nodulation attributes in green gram

International Journal of Chemical Studies (2019)

Bagmare Rr Syed Ismail

Many bacteria secrete ferric iron-specific ligands, generically termed siderophore, which aid in sequestering and transport of iron under iron limiting conditions. Eight microbial isolates were tested for their ability to produce siderophores using CAS-agar plate assay, a general test for siderophore detection, which is independent of siderophore structure. Among the isolates Pseudomonas flurescens was noted to 75 per cent siderophore production followed by Azospirillum lipoferum (67 per cent). The siderophore producing microbial isolates significantly enhanced nodulation attributes in green gram compare to absolute control. The ecological advantages in the synthesis of microbial siderophore encourage the use of such microbes as inoculants with root nodule bacteria.

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