Embryology conferences

Neural crest cells and cranial placodes share developmental and evolutionary origins while producing diverse tissues and sensory structures. The conference examines their roles in vertebrate development, regeneration and disease, including congenital abnormalities, cancer and sensory dysfunction. Researchers will compare model organisms and experimental approaches, connecting genomic, transcriptomic and proteomic findings with cell behaviour and tissue formation. Discussion will focus on mechanisms of normal development and the origins of disorders when those processes fail. Attendance applications are reviewed and capacity may fill before the application deadline.

This symposium links molecular mechanisms of maternal-fetal communication with healthy development and pregnancy complications. It examines implantation, placental development, trophoblast differentiation and invasion, decidualisation and spiral-artery remodelling. Immune-cell interactions, endometrial glands, oxygen and nutrient supply are considered alongside mechanisms underlying pregnancy disorders. Stem-cell embryo models, organoids and microphysiological systems are connected with single-cell, spatial and multi-omic measurements, gene editing and bioengineering. The programme welcomes researchers and clinicians across career stages to compare experimental systems and identify questions spanning basic and clinical pregnancy research.

How embryos construct themselves, and whether development can be predicted or engineered, are the central questions of this symposium. Experimental and theoretical approaches connect molecular regulation with pattern formation, self-organisation, tissue mechanics and organismal form. The programme covers germ cells and fertilisation, differentiation, organ growth, regeneration, robustness and variability, and the evolution of developmental programmes. AI, multimodal imaging, synthetic biology, genome engineering and high-throughput experiments link model and non-model organisms with in vivo and ex vivo systems. Researchers in developmental biology, biophysics, genomics, computational biology and bioengineering are welcome across career stages.