Chromosome segregation—the partitioning of genetic material into two daughter cells—is
one of the most crucial processes in cell division. In all Eukaryotes, chromosome …

Cells are the basic units of all living matter which harness the flow of energy to drive the
processes of life. While the biochemical networks involved in energy transduction are well …

The large-scale organization of the genome inside the cell nucleus is critical for the cell's
function. Chromatin—the functional form of DNA in cells—serves as a template for active …

Germline architecture plays a critical role in the production of functional gametes. Across
species, oogenesis involves not only the preparation of the genome for sexual reproduction …

During eukaryotic cell division, chromosomes are linked to microtubules (MTs) in the spindle
by a macromolecular complex called the kinetochore. The bound kinetochore microtubules …

Microtubule-based active matter provides insight into the self-organization of motile
interacting constituents. We describe several formulations of microtubule-based 3D active …

Transmission heterogeneity, whereby a disproportionate fraction of pathogen transmission
events result from a small number of individuals or geographic locations, is an inherent …

In eukaryotic cell division, a series of events are organized to produce two daughter cells.
The spindle elongation in anaphase B is essential for providing enough space to maintain …

Microtubules and molecular motors are essential components of the cellular cytoskeleton,
driving fundamental processes in vivo, including chromosome segregation and cargo …

Active filament networks can organize into various dynamic architectures driven by cross-
linking motors. Densities and kinetic properties of motors and microtubules have been …