… C terminus of Smc3 but not by fusing its C terminus to the N terminus of Smc1 (43). The
dependency of the interaction on prior binding of the Scc1's C … residues within Scc1's C-terminal …

… Crucially, an antibody specific to XCAP-C blocked formation of mitotic chromatids in egg …
Antibodies specific to XCAP-C and -E were subsequently used to affinity purify XCAP-C/E …

… Asymmetric loop extrusion is expected to produce ‘stripes’ in Hi-C contact maps and might
… and members of the Haering lab for many stimulating discussions. Work in the Haering lab is …

… us to pool the two replicate data sets to generate Hi-C maps for the three different conditions.
We compared Hi-C maps for ΔNipbl and control cells by examining compartments, TADs, …

… SMC proteins share a five-domain structure, with a large proteinaceous loop within which
sister chroglobular N- and C-terminal domains separated by a long matids might be entrapped …

… We show that N- and C-terminal Scc1 cleavage fragments remain connected due to their
association with different heads of a single Smc1/Smc3 heterodimer. Cleavage of the Smc3 …

It has been hypothesized that SMC protein complexes such as condensin and cohesin
spatially organize chromosomes by extruding DNA into large loops. We directly visualized the …

… a, Fusion of the C terminus of Smc3 with the N terminus of … c, The structure of the yeast Scc1
C terminus bound to the … yeast Smc1 head domain bound to the C-terminal domain of Scc1 …

Scandia-stabilised zirconia (ScSZ) electrolyte materials exhibit the highest conductivity of all
the zirconia systems, but the degradation in the ScSZ system has only been investigated yet …

… crystal structure of Smc1's ATPase complexed with Scc1's C-terminal domain. The latter forms
a … Interaction of Scc1's N terminus with Smc3 depends on prior C terminus connection with …