vivoVerse is happy to provide this worm meeting calendar, tracking upcoming local, regional, national, and international meetings of C. elegans scientists. We regularly update the list to keep you informed about upcoming events and conferences that matter most to the C. elegans community. Stay ahead, network, and thrive in the vibrant C. elegans research community with vivoVerse.
Do you have an event for the worm community you’d like to promote? Send us an email at support@vivoverse.com and we’ll add it to our calendar.

The EvoWorm Meeting (Evolutionary Biology of Caenorhabditis and Other Nematodes meeting) brings together a diverse and global community of researchers dedicated to studying the evolution and natural diversity of nematodes, ranging from molecular mechanisms to the complex dynamics within ecosystems. By uniting experts from different disciplines, including genomics, quantitative and population genetics, parasitology, microbiology, neuroscience, and ecology, we aim to foster an environment that encourages the exchange of ideas and the exploration of cutting-edge research.
This meeting offers fantastic opportunities to discuss nematode evolution. Talks are open to researchers of all stages and will be selected from submitted abstracts to capture the diversity of topics and approaches in our community. Several poster sessions will also be offered. For researchers who are interested in starting nematode evolution experiments, this meeting is a great venue to learn more about the topic and immerse yourself in a highly supportive and collaborative community.
vivoVerse provides solutions for high-throughput, high-content imaging of C. elegans to the community.
The vivoChip-2x allows rapid immobilization of 40 animals in the lateral orientation directly from a plate within minutes, for high-resolution live imaging on any microscope.
vivoScreen is a complete automated high-throughput, high-content imaging system for C. elegans researchers enabling automated high-resolution imaging of up to 24 individual populations of 40 worms each with software allowing rapid analysis of custom phenotypes.