Aligned with
This conference contributes to global sustainability by aligning its research discussions and academic sessions with key United Nations Sustainable Development Goals. It fosters knowledge exchange, innovation, and collaborative engagement.
This track focuses on the fundamental mechanisms underlying bacterial cell biology, including the structure and function of bacterial organelles. Emphasis will be placed on novel discoveries and innovative techniques that enhance our understanding of prokaryotic life forms.
This session will explore the distinctive cell biology of planctomycetes, highlighting their unusual cellular structures and processes. Researchers are invited to present findings that shed light on the evolutionary significance of these unique bacteria.
This track will delve into the intricacies of the bacterial cell cycle, examining the regulatory mechanisms that govern cell division and growth. Contributions are encouraged that utilize advanced imaging techniques to visualize these processes in real-time.
This session will investigate the phenomenon of bimodal gene expression in bacterial populations, focusing on its implications for cellular behavior and adaptation. Presentations should highlight experimental approaches that elucidate the underlying mechanisms of this regulatory strategy.
This track aims to discuss the spatial regulation and functional roles of polar organelles in prokaryotic cells. Researchers are invited to share insights into how these organelles contribute to cellular organization and behavior.
This session will highlight the fascinating world of bacterial nanomachines, including their structure, function, and role in cellular processes. Presentations should focus on the molecular mechanisms that enable these machines to perform their tasks.
This track will showcase cutting-edge imaging techniques such as single-molecule and superresolution imaging applied to live bacterial cells. Researchers are encouraged to present innovative methodologies that enhance our understanding of bacterial dynamics.
This session will explore the organization and segregation of bacterial chromosomes during cell division. Contributions should address the molecular mechanisms and regulatory pathways involved in these critical processes.
This track will focus on the synchronization of chromosome dynamics with the cell division cycle in bacteria. Presentations are invited that discuss experimental approaches to study these synchronized processes and their biological significance.
This session will examine the mechanisms by which bacteria transport DNA across their membranes, focusing on the role of membrane-associated proteins. Researchers are encouraged to present findings that elucidate the functional implications of these transport systems.
This track will highlight the application of electron cryotomography in visualizing bacterial structures at high resolution. Contributions should focus on how this technique has advanced our understanding of bacterial cell architecture and function.