Epigenetics conferences

The conference examines fungal biology through genetics, genomics and other molecular approaches. Sessions connect genome regulation and epigenetics with development, metabolism, stress responses and signalling. Fungal interactions as pathogens or symbionts, secondary metabolites, antifungal compounds and biotechnology are also included. The programme brings academic and industrial researchers together and considers how AI and new experimental tools can expand fungal research.

Researchers examine epigenetic control and three-dimensional genome architecture in development and disease. The conference connects modifying enzymes, chromatin remodellers and nuclear organization with cell identity, dysfunction and the development of epigenetic interventions.

This conference examines how chromatin and epigenetic regulation shape gene expression, development and disease. It covers DNA methylation, histone and RNA modifications, non-coding RNAs, heterochromatin, nucleosome structure and nuclear architecture. Researchers will connect transcriptional control with developmental processes and disease mechanisms, using single-cell genomics and advanced microscopy alongside molecular approaches. The programme also considers how ageing, environmental exposures and lifestyle influence epigenetic states. The meeting brings together researchers working across chromatin structure, gene regulation and human biology, with invited presentations and contributions selected from submitted abstracts.

The 2027 Cancer Genetics and Epigenetics Gordon Research Conference, "Genetic Lesions, Epigenetic States, and Cancer Cell Identity", examines how genetic alterations and epigenetic mechanisms together determine the identity and fate of cancer cells. Sessions cover genetics and epigenetics shaping cancer cell identity, genetic alterations and tumour evolution, epigenetic mechanisms driving malignancy, cellular origin, lineage commitment and early lesions, genome architecture and nuclear organization, epigenetic plasticity and cancer cell states, advanced technologies and applications, precision intervention and therapeutic targeting, and computational and AI modelling of cancer cell states. The five-day meeting combines invited talks with extended discussion, poster sessions open to attendees at all career stages, and communal meals and free afternoons for informal exchange; attendance is by application.

The meeting examines arginine methylation in transcription, DNA-damage responses, cell identity and RNA processing. Researchers discuss PRMT mechanisms, disease-associated changes and inhibitor development, connecting basic regulation with therapeutic investigations in cancer, immunology and neurodegeneration.

This conference combines single-molecule imaging, genomics and theory to study dynamic gene regulation, from chromatin organization and transcription through RNA processing and translation. Measurements on individual DNA and RNA molecules in living systems are used to move toward predictive mechanistic models. Themes include epigenetic regulation, transcription dynamics, RNA fate, translation, quantitative theory, integration of imaging with genomics, and AI-assisted analysis of single-molecule data. The 2027 edition includes abstract-selected presentations and panel discussions on theory, AI and best practices, with participation from experimental and theoretical researchers at all career stages. Attendance is available in Heidelberg and virtually. On-site registration closes 6 April 2027; virtual registration closes 6 July 2027.

The meeting examines eukaryotic transcription from initiation and pausing through elongation and termination. Topics include transcription factors, coactivators, remodellers, enhancer–promoter communication, chromatin, cotranscriptional regulation, emerging technologies and abnormal transcription in disease. The organizer offers a paid virtual-attendance package; presenting an abstract normally requires attendance in person.

The conference examines the genetic and physiological effects of mobile DNA. Researchers from genomics, epigenetics, structural and developmental biology discuss transposable elements across organisms, connecting their molecular mechanisms with genome dynamics and broader biological consequences.