Mitotic chromosome condensation: assembly, topology and dynamic architecture
How condensin motors, nucleosomes and DNA topology produce individualized chromosomes, and what each experiment actually measures.
Word editions · 12 October 2026
23 Word editions from 12 October 2026, with links to the research reviews.
The 12 October edition record describes the Word files and web text at that date. On 7 November the nuclear speckles web review was revised and the two chromatin web reviews were merged. Their October Word editions remain available below. Citations use primary studies and selected seminal reviews.
Read the edition and evidence record. Source access ranges from primary abstracts to inspected Results, Methods and figure captions and is documented in each webpage bibliography. Searches are topic specific; these editions do not claim exhaustive literature coverage.
How condensin motors, nucleosomes and DNA topology produce individualized chromosomes, and what each experiment actually measures.
A multiscale account connecting molecular accessibility to heterogeneous structure, chromosome dynamics and force transmission.
What purified arrays and chromatin-binding proteins demonstrate, and how to distinguish phase separation from other forms of organization.
A current synthesis of how nucleosomes, remodeling, regulatory elements and chromosome folding support an accessible genome.
Repressive chromatin as a regulated domain system, with current evidence for molecular recognition, maintenance dynamics and local architecture.
From defined molecular effects to replication-coupled restoration, damage signaling and metabolic regulation.
Alzheimer-related acetylation, polyglutamine models and mitochondrial Parkinson mechanisms, with cell-type and causal interpretation.
Current primary evidence for coactivator assemblies, RNA and phosphorylation regulation, elongation-linked condensates and gene-associated polymerase clusters.
Molecular coupling, nuclear organization and the measured flow of RNA from synthesis to export
A comparative synthesis of nucleoli, speckles, paraspeckles, Cajal bodies and PML bodies
SON/SRRM2 scaffolds, transcript localization, spatial splicing and regulated RNA retention
Coilin, guide RNAs, spliceosomal particle maturation and the conditional relationship to telomerase
NEAT1 isoforms, ordered ribonucleoprotein organization and stress-dependent regulation
Structural organization, dynamic recruitment, chromatin control and protein quality regulation
RNA processing links molecular assembly, layered architecture, material properties and stress signaling
From fluorescent tracers to calibrated forces and frequency-dependent mechanics
A current account of what mobility and mechanical experiments measure
How chromatin, volume and molecular interactions shape the nuclear reaction environment
Integrated structural, transport and force-based evidence through 2026
A complete current synthesis of boundary structure and function
A current synthesis of structural, mechanical and genetic evidence
Integrated primary evidence from structural scaffolds to current barrier dynamics
A unified review that preserves the distinction between boundary exchange and internal movement
The original files are retained unchanged for historical comparison. They are earlier drafts with incomplete scientific validation. The two Cajal-body drafts are represented by one current Cajal-body edition above.