Masters thesis of science (applied biology biotechnology) isolation, characterisation and identification of plant growth promoting bacteria exhibiting activity against fusarium pseudograminearum in chickpea and wheat
➤ Gửi thông báo lỗi ⚠️ Báo cáo tài liệu vi phạmNội dung chi tiết: Masters thesis of science (applied biology biotechnology) isolation, characterisation and identification of plant growth promoting bacteria exhibiting activity against fusarium pseudograminearum in chickpea and wheat
Masters thesis of science (applied biology biotechnology) isolation, characterisation and identification of plant growth promoting bacteria exhibiting activity against fusarium pseudograminearum in chickpea and wheat
• EMITUNIVERSITYIsolation, Characterisation and Identification ofPlant Growth Promoting Bacteria exhibiting activity against Fusarium pseudograminearu Masters thesis of science (applied biology biotechnology) isolation, characterisation and identification of plant growth promoting bacteria exhibiting activity against fusarium pseudograminearum in chickpea and wheat umA thesis submitted in fulfilment of the requirements for the degree ofMaster of Science (Applied Biology & Biotechnology)byNARESH TALARISchool of ScienceCollege of Science, Engineering and HealthRMIT UniversityDeclarationI certify that except where due acknowledgement has been made, the work is th Masters thesis of science (applied biology biotechnology) isolation, characterisation and identification of plant growth promoting bacteria exhibiting activity against fusarium pseudograminearum in chickpea and wheat at of the author alone; the work has not been submitted previously, in whole or in part, to qualify for any other academic award, the content of the tMasters thesis of science (applied biology biotechnology) isolation, characterisation and identification of plant growth promoting bacteria exhibiting activity against fusarium pseudograminearum in chickpea and wheat
hesis is the result of work which has been carried out since the official commencement date of the approved research program; any editorial work, paid• EMITUNIVERSITYIsolation, Characterisation and Identification ofPlant Growth Promoting Bacteria exhibiting activity against Fusarium pseudograminearu Masters thesis of science (applied biology biotechnology) isolation, characterisation and identification of plant growth promoting bacteria exhibiting activity against fusarium pseudograminearum in chickpea and wheat constraints to Australian chickpea and wheat production include several factors such as drought, biotic and abiotic stresses such as crown rot. salinity and cold: which totally contribute to losses of 10-70%. It has been found that there are practices that are helpful in controlling these stresses, Masters thesis of science (applied biology biotechnology) isolation, characterisation and identification of plant growth promoting bacteria exhibiting activity against fusarium pseudograminearum in chickpea and wheat such as the tolerant varieties, pesticides and crop rotation, transgenic crops and conventional breeding techniques, but these methods are not completMasters thesis of science (applied biology biotechnology) isolation, characterisation and identification of plant growth promoting bacteria exhibiting activity against fusarium pseudograminearum in chickpea and wheat
ely successful. It can be thus said that new methods need to be developed in order to minimise the biotic as well as abiotic stresses in chickpea. Pla• EMITUNIVERSITYIsolation, Characterisation and Identification ofPlant Growth Promoting Bacteria exhibiting activity against Fusarium pseudograminearu Masters thesis of science (applied biology biotechnology) isolation, characterisation and identification of plant growth promoting bacteria exhibiting activity against fusarium pseudograminearum in chickpea and wheat ms of PGPB which result in reduced plant stress include competition (with a plant pathogen) for an ecological niche, secretion of inhibitory bioactive compounds, and secondary metabolic induction of systemic resistance in the plant host to a range of soil born-pathogens and abiotic stresses.The curr Masters thesis of science (applied biology biotechnology) isolation, characterisation and identification of plant growth promoting bacteria exhibiting activity against fusarium pseudograminearum in chickpea and wheat ent study focuses on the potential use of PGPB to enhance the tolerance of chickpea and wheat to crown rot caused by Fusarium pseudogrammearum Two strMasters thesis of science (applied biology biotechnology) isolation, characterisation and identification of plant growth promoting bacteria exhibiting activity against fusarium pseudograminearum in chickpea and wheat
ains. NM-12 and NM-33, identified as Bacillus subtilis and Stenotrophomonas rhizophila were isolated from the rhizosphere soils in Victoria, Australia• EMITUNIVERSITYIsolation, Characterisation and Identification ofPlant Growth Promoting Bacteria exhibiting activity against Fusarium pseudograminearu Masters thesis of science (applied biology biotechnology) isolation, characterisation and identification of plant growth promoting bacteria exhibiting activity against fusarium pseudograminearum in chickpea and wheat ects. Direct antagonistic effect on Fusarium pseudograminearum was demonstrated by a dual culture assay and culture filtrate assays together with estimation of spores and fungal biomass dry weight in vitro.3To Identify the mechanisms underlying the inhibition of the fungus by the two isolates, the b Masters thesis of science (applied biology biotechnology) isolation, characterisation and identification of plant growth promoting bacteria exhibiting activity against fusarium pseudograminearum in chickpea and wheat acterial exudates were assessed for the presence of a range of potential antifungal products, including lytic enzymes, hormones, antibiotics and otherMasters thesis of science (applied biology biotechnology) isolation, characterisation and identification of plant growth promoting bacteria exhibiting activity against fusarium pseudograminearum in chickpea and wheat
secondary metabolites, strain NM-12 was shown to produce indole acetic acid (IAA) at different concentrations even at 6% salt concentration. In compa• EMITUNIVERSITYIsolation, Characterisation and Identification ofPlant Growth Promoting Bacteria exhibiting activity against Fusarium pseudograminearu Masters thesis of science (applied biology biotechnology) isolation, characterisation and identification of plant growth promoting bacteria exhibiting activity against fusarium pseudograminearum in chickpea and wheat ed at high salt concerntration (6%). In contrast, p- glucanase production was observed under normal as well as high salt concentrations. Interestingly. NM-12 which exhibited enhanced ability to suppress the fungal pathogen was found to possess genes encoding cyanide production and 1-Aminocyclopropan Masters thesis of science (applied biology biotechnology) isolation, characterisation and identification of plant growth promoting bacteria exhibiting activity against fusarium pseudograminearum in chickpea and wheat e-1-carboxylate (ACC) deaminase both of which are indirectly responsible for plant growth promotion. In conclusion, the two bacterial isolates. BacillMasters thesis of science (applied biology biotechnology) isolation, characterisation and identification of plant growth promoting bacteria exhibiting activity against fusarium pseudograminearum in chickpea and wheat
us and Stenotrophomonas were found to be capable of promoting growth and improving the survivability of chickpea and wheat plants exposed to crown rot• EMITUNIVERSITYIsolation, Characterisation and Identification ofPlant Growth Promoting Bacteria exhibiting activity against Fusarium pseudograminearu Masters thesis of science (applied biology biotechnology) isolation, characterisation and identification of plant growth promoting bacteria exhibiting activity against fusarium pseudograminearum in chickpea and wheat sI would like to express sincere gratitude and appreciation to my supervisors Dr Nitin Mantri and Prof Andy Ball. Their patience, motivation and immense knowledge guided me to successful completion of this project. They helped improve my experimental design, analysis, scientific thinking and academi Masters thesis of science (applied biology biotechnology) isolation, characterisation and identification of plant growth promoting bacteria exhibiting activity against fusarium pseudograminearum in chickpea and wheat c writing to a great extent.I would like to thank the financial support from Royal Melbourne Institute of Technology (RMIT University) that covered myMasters thesis of science (applied biology biotechnology) isolation, characterisation and identification of plant growth promoting bacteria exhibiting activity against fusarium pseudograminearum in chickpea and wheat
tuition fees and funding for the project.I would like to express my gratitude to the staff and students working with me in the laboratory. Dr Lisa Di• EMITUNIVERSITYIsolation, Characterisation and Identification ofPlant Growth Promoting Bacteria exhibiting activity against Fusarium pseudograminearu Masters thesis of science (applied biology biotechnology) isolation, characterisation and identification of plant growth promoting bacteria exhibiting activity against fusarium pseudograminearum in chickpea and wheat laboratory equipment and in demonstrating basic laboratory techniques. Also. I would like to express my gratitude to Dipesh Parekh for his generous help in terms of research advice, thesis editing and submission.Finally, I would like to thank all my family members for their concern and support.6 Masters thesis of science (applied biology biotechnology) isolation, characterisation and identification of plant growth promoting bacteria exhibiting activity against fusarium pseudograminearum in chickpea and wheat • EMITUNIVERSITYIsolation, Characterisation and Identification ofPlant Growth Promoting Bacteria exhibiting activity against Fusarium pseudograminearuGọi ngay
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