PGPRGs are plant growth promoting rhizobacteria that live in the soil and can promote plant growth or elicit antibacterial effects against pathogenic bacteria. I am exploring the biocontrol potential of some of these rhizobacterial strains to treat plant diseases such as Cacao black pod rot, and Rice blast. These diseases are caused by the pathogens Phytophthora palmivora and Pyricularia Oryzae, respectively. They have worldwide importance and are of especial interest to me as they affect two of the key crops in my country (Ecuador). I am also focusing on Bacterial speck, a disease caused by Pseudomonas syringae in tomato. Previous research carried out in this lab identified promising bacteria able to reduce disease symptoms, so my focus is on optimizing the application of biocontrol control.

An International student from Indonesia, finishing my bachelor’s degree (Hon) at University of Queensland. Currently focusing on protein extraction of micro-algae using Aqueous Two-Phase Separation method.

I am an International student from Nepal doing my Masters in Agricultural Science. I am currently studying plant-microbe interactions focusing on soil-borne pathogen Phytophthora and its biocontrol using PGPRs. Apart from working on plant-microbe interactions, I have also worked on identification of putative biomarkers of Type II Diabetes during my undergraduate study in Biotechnology, along with developing invitro plants, plant disease diagnosis and rice quality analysis.

Soil bacteria provide significant benefits to plants by increasing nutrient uptake and defense against diseases. My current research focuses on the use of natural bioactive compounds isolated from specific soil bacteria as biopesticides for improving crop plants resistance against destructive fungi and oomycetes.
My future work will involve microbiome engineering and selecting microbiome-optimized plants. New approach of "microbiome breeding" will be used for a number of crop plants in natural soils by continuously selecting those plant-associated microbiomes that stimulate plant growth the most. Outputs from this project include customized, more stable plant-microbe interactions, breeding of crop-optimized microbiomes and selection of microbe-optimized cultivars. The expected outcomes will further advance our knowledge in beneficial plant-microbiome interactions leading to significant increases in the crop productivity and improvements in plants tolerance against abiotic and biotic stresses, thus making a beneficial contribution in global food security.

Dr Lilia C. Carvalhais is a biologist driven by a curiosity to understand the factors that affect beneficial and detrimental interactions between plants and microbes, as well as the diversity of soil and plant-associated microbial communities. Her purpose is to make use of nature’s arsenal to tackle problems that threaten environmental conservation and food security. She has worked with a range of beneficial and pathogenic microbes across model, grain, tree, and horticultural plant species, grown in managed and natural habitats in many different countries, including Brazil, Germany, Australia, USA, and Papua New Guinea. Lilia has expertise in molecular biology, plant nutrition, microbial ecology, biological indicators of soil health, bio-prospection of natural products produced by microbes, plant biotechnology, molecular diagnostics and plant pathology.

I am a Visiting Academic from India working jointly with Prof. Schenk Lab at University of Queensland and an algal based company Qponics based in Brisbane, Australia in the scale-up of Omega-3 algae production. Secondly, I am also working jointly with Prof. Schenk Lab at University of Queensland and Coal Seam Gas Consortium (CCSG), Australia to grow value added algal biomass using brine water.
I have diverse international experience in science and engineering to work with different kinds of bacteria, yeast and algae to produce value added products from lab scale to commercialization scale for the past 10 years.

I am a Visiting Academic at Schenk lab. Trained algal biotechnologist skilled with experience
of microalgae cultivation in large scale open raceway ponds, circular ponds and closed
photo-bioreactors at locations across the world (India, South Korea, South Africa, and now
Australia). My research interest extends from fundamental biochemistry of microalgal
systems to industry oriented investigations. I am currently working on scale-up studies of
methods developed for enhancement of commercially important microalgal metabolites.
Other aspects of my research involves-cultivation of commercially important microalgae
using automated open raceway pond, role of ROS in microalgal response to stress, and
enhancement, extraction and purification of high value chemicals from microalgae.

My research has mainly focused on finding new antimicrobial peptides (AMPs) especially bacteriocins. To achieve this goal I apply two different approaches culturable and unculturable methods. In addition, I have plans to introduce some AMP genes to plants and investigate the level of resistance in challenge with pathogens.

My research focus is to optimize the lipid extraction of Nannochloropsis sp. and to determine the valuable compounds left in the biomass.

The principal aim of my research is the optimisation of lipid induction of marine microalgae Tetraselmis M8 for biofuel production. Also, I am analysing a survey with 500+ responses to estimate the potential market of biofuels produced from microalgae.

My research focuses on screening and isolation of natural health products and new antibiotics from microalgae.

In 2016 I participated in the 1st Australia New Zealand Marine Biotechnology Society Symposium.
please refer to: Alsenani, F., et al. (2016). External stimuli to induce nutraceutical biosynthesis in marine microalgae.

I completed Professional Masters of Biotechnology mid-2018 at the Schenk Lab, with my research focusing on use of the hydrate filtration system to separate oil from algal lysate and from ethanol solvent extraction. I am currently volunteering two days a week at the Schenk Lab, in between work, where I am continuing to test the hydrate's oil separation capabilities under different conditions.

My project currently focuses in the evaluation of transgenic tomato plants expressing different known antimicrobial peptides and their resistance to Gram negative phytophagenic bacteria. Additionally, I assist in the discovery of new peptides with antimicrobial activity.

My research is focused on developing efficient lipid extraction techniques from the oleaginous microalga Nannochloropsis sp. BR2 in order to secure more sustainable sources of omega-3 fatty acids. I am currently investigating a pre-treatment method to break the algal cell walls; improving oil extraction.