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International Conference on Yeast Evolution and Comparative Genomics

📅 2–3 Apr 2027 📍 Tegucigalpa, Honduras 👤 Standard / Listener

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$150

virtual · $150 in person

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Conference session tracks

Key research areas covered across the sessions — tap a track to read more.

This session will explore the underlying mechanisms driving yeast evolution, including genetic and environmental factors. Discussions will focus on adaptive strategies that enable yeast species to thrive in diverse ecological niches.

This track will delve into the comparative genomic analyses of various yeast species, highlighting genomic similarities and differences. Participants will discuss the implications of these findings for understanding evolutionary relationships and functional adaptations.

This session will focus on the population genetic structures of yeast, examining genetic diversity and evolutionary dynamics within and between populations. Research presented will include studies on gene flow, selection pressures, and demographic history.

Participants will engage in discussions on phylogenomics and its application to yeast phylogeny, utilizing genomic data to reconstruct evolutionary histories. This track aims to enhance understanding of yeast evolutionary relationships through advanced phylogenetic methods.

This session will investigate the adaptive evolution of yeast species in response to environmental challenges. Presentations will cover case studies illustrating how specific adaptations contribute to survival and fitness in varying habitats.

This track will explore the concept of genomic plasticity in yeast, focusing on how genomic rearrangements and variations contribute to evolutionary success. Discussions will include mechanisms of genome evolution and their impact on phenotypic diversity.

This session will highlight the role of comparative transcriptomics in understanding gene expression variations across yeast species. Participants will discuss how these differences inform evolutionary biology and functional genomics.

This track will examine evolutionary pathways in yeast through the lens of systems biology, integrating genomic, transcriptomic, and proteomic data. The aim is to elucidate complex interactions and regulatory networks that drive evolutionary processes.

This session will focus on the mechanisms of genome divergence and their role in yeast speciation. Presentations will explore case studies that illustrate how genomic changes contribute to the emergence of new species.

This track will discuss the application of evolutionary modeling techniques in yeast research, including simulations and theoretical frameworks. Participants will share insights on how these models can predict evolutionary outcomes and inform experimental design.

This session will address the importance of yeast population studies in conservation and biodiversity efforts. Discussions will focus on the implications of genetic diversity for the resilience and adaptability of yeast species in changing environments.