We are delighted to introduce Amandine Achard, a Master’s (M2) student in Microbiology at Claude Bernard Lyon 1 University, who joined the SPMIR group alongside Lydia Hamek in January 2026.

Amandine is exploring the fascinating world of bacteriophage–bacteria interactions, with a particular focus on the phytopathogenic bacterium Xanthomonas hortorum pv. vitians and its associated bacteriophages. Using advanced experimental approaches, including microfluidics and real-time biosensor imaging in bacterial systems, she aims to better understand how phages may influence plant disease development.

She is especially interested in microbial interactions, phage biology, and the use of innovative biotechnological tools to study complex microbial dynamics. Her work contributes to a better understanding of host–phage interactions and may ultimately support the development of sustainable strategies to control bacterial plant diseases.

Outside the lab, Amandine enjoys reading, travelling, classical dance, running, music, and creative activities. She particularly appreciates discovering new cultures and experiences through both travel and artistic expression.

She plans to pursue a PhD in microbiology focused on bacteriophage–bacteria interactions and microbial ecology, with the goal of contributing to innovative and sustainable approaches in plant health and biotechnology.

We are very happy to have you in the team, Amandine!

We are delighted to introduce Lydia Hamek, a Master’s (M2) student in microbiology at Claude Bernard Lyon 1 University, who joined the SPMIR group in January 2026.

Lydia is exploring the fascinating world of plant–microbe interactions, with a focus on the model plant Arabidopsis thaliana and the phytopathogenic bacterium Xanthomonas campestris pv. campestris. Using advanced experimental approaches including real-time biosensor imaging in both plants and bacteria she aims to better understand how pathogens successfully colonize and invade their hosts.

She is particularly interested in plant–microbe interactions, especially how bacteria infect plants and how biotechnological tools can help us study and control these processes to support more sustainable agriculture. Her work contributes to a better understanding of plant–pathogen interactions, with promising applications for improving crop resistance and developing sustainable biocontrol strategies 

In her free time, she enjoys reading, listening to music, and watching history documentaries. Exploring past events and different cultures helps her better understand how the world has evolved.

She plan to pursue a PhD in plant–microbe interactions and biotechnology, with the aim of building a career in scientific research. She is especially motivated by contributing to solutions for global agricultural challenges, including sustainability and food security.

We are happy to have you in the team, Lydia!