The Engert and Schier labs address in a recent paper in Neuron (PDF) how larval zebrafish senses temperature and transforms the sensory representation to generate behavior with the ultimate…
The Engert and Schier labs address in a recent paper in Neuron (PDF) how larval zebrafish senses temperature and transforms the sensory representation to generate behavior with the ultimate…
In papers in Nature Biotechnology and Current Biology, the Schier lab reports how thousands of single-cell transcriptomes can be used to define cell types and reconstruct lineage relationships…
In three papers in eLife, the Schier lab provides surprising insights into the regulation of early vertebrate embryogenesis. Focusing on the roles of the TGF-b Nodal signaling pathway,…
The cells in a multicellular organism develop via a lineage that starts with the fertilized egg. Lineage trees describe the divisions and specializations of cells over time, as…
(l to r) Alex Schier, Martin Haesemeyer and Florian Engert As we explore our environment we constantly experience new sensations – changes in the visual scene, different sounds…
The holy grail for neuroscientists is to understand how the symphony of activity in our 100 billion neurons acts to control our thoughts and actions. The NIH BRAIN…
If you ask Andrea Pauli, she’ll tell you she got lucky—that her scientific career has been a domino effect of coincidence and good fortune. An abrupt relocation, a…
(l) Alex Schier, and Alix Lacoste Knock on a tank of fish and you may observe that the animals suddenly change position. Blink, and you missed it. When…
(l to r) Jeff Farrell, Alex Schier, and Julien Dubrulle While most cells in the body have the same DNA, and thus the same set of genes, cells…
Alex Schier and Tessa Montague shown here with the students from the Mott Hall Bridges Academy in Brooklyn, NY During the first week of April, middle school students…