Jonas Neipel
@neipel.bsky.social
Theoretical biophysicists in Grill and Jülicher labs. (MPI-CBG, MPI-PKS Dresden) Interested in anything from genome regulation to developmental biology, currently focusing on left-right symmetry breaking and shape/curvature/ geometry sensing.
(7/10)
But, what is the substrate? Is it the underlying meso-/endoderm?
Here come the crazy experiments by Julia: She used an eye-brow to remove the meso-/endo showing that it’s required for node rotation. Notably, meso-/endo grows back yielding a delayed and reduced node rotation.
July 20, 2025 at 1:42 PM
(7/10)
But, what is the substrate? Is it the underlying meso-/endoderm?
Here come the crazy experiments by Julia: She used an eye-brow to remove the meso-/endo showing that it’s required for node rotation. Notably, meso-/endo grows back yielding a delayed and reduced node rotation.
(4/10)
We quantified these chiral tissue flows in 25 quail embryos and inferred forces using a fluid model, suggesting a torque of 6μNμm is generated locally at the node.
We quantified these chiral tissue flows in 25 quail embryos and inferred forces using a fluid model, suggesting a torque of 6μNμm is generated locally at the node.
July 20, 2025 at 1:42 PM
(4/10)
We quantified these chiral tissue flows in 25 quail embryos and inferred forces using a fluid model, suggesting a torque of 6μNμm is generated locally at the node.
We quantified these chiral tissue flows in 25 quail embryos and inferred forces using a fluid model, suggesting a torque of 6μNμm is generated locally at the node.