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Check out an exciting webinar featuring the ISSCR 2024 Poster Award Winners. The dynamic program showcases cutting-edge research in cell biology and immunology, offering insights into the mechanisms governing cellular behavior and novel therapeutic strategies.

Technological advancements in the stem cell field improve our understanding of human stem cells, emphasizing the need to closely replicate physiological conditions for improved utility. Achieving this requires multidisciplinary approaches, incorporating vascularization, 3D biomaterials, microfluidic devices, and stem cell engineering, as highlighted in this session, particularly focusing on innovative contributions from early-career scientists to address key challenges in stem cell models.

In this 4-part series of presentations will highlight advances in organoid technology in areas of complexity, maturation, engineering, and architecture. It will also highlight some of the next generation of scientists driving these advances. This program was sponsored by STEMCELL Technologies, AMS Bio, Bio-Techne, and Burroughs Wellcome Fund.

This webinar gives the community access to experts who have successfully applied AI to stem cell and disease research, providing opportunities to learn about these case studies, as well as resources and strategies for scientists looking to implement these methods.

This session features new tools and technologies to engineer stem cells and expand capabilities for measuring and guiding cell-fate transitions, including differentiation and reprogramming.

This webinar highlights the applications of cellular barcoding by bringing together scientists and clinicians from across the globe who will share their latest research in to understanding development, pediatric cancers, and developing potential therapeutics.

This webinar explores the importance of science communication in today’s stem cell field and introduces effective communication techniques to enhance accessibility and understanding across diverse audiences.

This webinar features four funders offering unique models and perspectives for new venture funding surrounding cell therapies and new technologies.

Recent work from unicellular models to multicellular metazoan and plant tissues have identified cell size and shape as important parameters that can influence biosynthesis, proteome apportioning, cell cycle progression, cellular senescence, and tissue regeneration. This spotlight session highlights recent studies addressing how cell size and shape influence various functions of stem cells.

The application of single cell -omics has led to new discoveries, created new resources, and continues to shape the way scientists understand development, stem cell biology, and other areas of study. This program brings together leading scientists in this space to discuss the history of the approach, some of its current uses, and the challenges to representing mutli-dimensional data.

Recently, advances in human integrated embryo models, which contain embryonic and extra-embryonic cell types necessary to potentially achieve the cellular complexity to undergo further development, have been published and are rapidly driving this field forward. This program examines the science, methods, and future of this dynamic area of stem cell research.