Dense liquid phases, metastable with respect to a solid phase, form in solutions of proteins
and small-molecule materials. They have been shown to serve as a prerequisite for the …

Dense liquid phases, metastable with respect to a solid phase, but stable with respect to the
solution, have been known to form in solutions of proteins and small-molecule substances. …

… : Gi/o (blue) in the EfiE quadrant, Gs (green) in the EfiI quadrant, and Gi/o (red) in the IfiI
and IfiE quadrants. (5) As is particularly notable in the component matrix plots, Gi/o (red) …

… We thank JJ DeYoreo for generously sharing unpublished results; O. Galkin and AA Chernov
for numerous critical suggestions; BR Thomas for supplying purified proteins used in the …

… have been developed into sensing devices for human disease including for the detection of
lung cancer and kidney disease in human breath, glucose levels in diabetics and H 2 O 2 in …

We apply in situ atomic force microscopy to the crystallization of ferritins from solutions
containing ≈5% (w/w) of their inherent molecular dimers. Molecular resolution imaging shows …

We investigated the effects of the constant electric fields from 2.0 to 6.0kVcm −1 on the
nucleation of ferritin, apoferritin and lysozyme crystals. For this, supersaturated solutions of the …

The mammalian brain is composed of diverse neuron types that play different functional
roles. Recent single-cell RNA sequencing approaches have led to a whole brain taxonomy of …

We use atomic force microscopy to explore the mechanisms of crystal growth of the protein
lumazine synthase. We find that at moderate supersaturations, the only mechanism of layer …

Bunching of growth steps plagues layerwise crystallization of materials in laboratory,
industrial, and geological environments, and theory predicts that equidistant step trains are …