During development, functional structures must form with the correct three-dimensional
geometry composed of the correct cell types. In many cases cell types are specified at …

Loss of sensory hair cells leads to deafness and balance deficiencies. In contrast to
mammalian hair cells, zebrafish ear and lateral line hair cells regenerate from poorly …

A description of zebrafish posterior Lateral Line (pLL) primordium development at single cell
resolution together with the dynamics of Wnt, FGF, Notch and chemokine signaling in this …

Morphological, physiological, behavioral, and developmental studies of the
mechanosensory lateral line system are used to define sources of morphological and …

Wnt and FGF are highly conserved signaling pathways found in various organs and have
been identified as important regulators of auditory organ development. In this study, we used …

Collective cell migration is a highly regulated morphogenetic movement during embryonic
development and cancer invasion that involves the precise orchestration and integration of …

Morphogenesis is a fascinating but complex and incompletely understood developmental
process. The sensory lateral line system consists of only a few hundred cells and is …

Collective cell migration is crucial to maintain epithelium integrity during developmental and
repair processes. It requires a tight regulation of mechanical coordination between …

Collective cell migration is a process where cohorts of cells exhibit coordinated migratory
behavior. During individual and collective cellular migration, cells must extend protrusions to …

Proper orchestration of quiescence and activation of progenitor cells is crucial during
embryonic development and adult homeostasis. We took advantage of the zebrafish sensory …