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1 roteins, therefore mediating heterochromatin compaction.
2 nts, adhesive forces, membrane curvature and compaction.
3 op-capture mechanism for initial binding and compaction.
4 re more stable loops and dramatic chromosome compaction.
5 chromatid disentanglement during chromosome compaction.
6 lve morphogenesis and ventricular trabeculae compaction.
7 s through histone modification and chromatin compaction.
8 erization and contributes to sperm chromatin compaction.
9 o capture the observed nonmonotonic trend in compaction.
10 ints for axis attachment and thus chromosome compaction.
11 hibit defects in PC1 expression and collagen compaction.
12 hts into the machinery underlying chromosome compaction.
13 ransfer RNA selection to drive messenger RNA compaction.
14 ss involving chromosome expansion as well as compaction.
15 nker histone (LH) is essential for chromatin compaction.
16 mechanism by which SUMO-3 inhibits chromatin compaction.
17 hemselves have evolved to regulate chromatin compaction.
18 eyond their basal functionality in chromatin compaction.
19 riptional activation but is important in DNA compaction.
20 dent of spatial scale for systems under weak compaction.
21 ns while most chromatin mass undergoes hyper-compaction.
22 e interplay between genome accessibility and compaction.
23 eboidal morphology and limits collagen I gel compaction.
24 anscriptional programs and exhibit chromatin compaction.
25 er to enrich H4K20me1 and trigger chromosome compaction.
26 into how citrullination regulates chromatin compaction.
27 ter fusion, germ cell ensheathment and gonad compaction.
28 h have evolved several mechanisms for genome compaction.
29 DNAs, promoting stem formation and chromatin compaction.
30 to align collagen gels using guided cellular compaction.
31 hat only the multimer shows ATP-enhanced DNA-compaction.
32 r traction, intercellular tension and tissue compaction.
33 expression feeds back on itself via nucleoid compaction.
35 settling, which induces physical stress and compaction, aggregates blood cells, and causes collatera
37 This barrier modulates the degree of plaque compaction, amyloid fibril surface area, and insulation
38 is associated with a process of whole-embryo compaction analogous to that observed in mammals [4-7].
39 Mutant neurons exhibit increased chromatin compaction and a striking redistribution of the H4K20me3
42 uctuation spectroscopy (FFS) to evaluate the compaction and aggregation of tetra-nucleosomes containi
43 at this protein helps coordinating chromatin compaction and axial contraction to properly shape mitot
44 n 1/keratin 10 end domains to allow filament compaction and bundling, whilst also retaining extensibi
45 lls revealed aberrant and reduced nucleosome compaction and chromatin association of the key replicat
55 deacetylase inhibitors can relieve chromatin compaction and gene repression, without altering H3K27me
64 omosome features and recapitulate chromosome compaction and individualization during mitotic condensa
68 eficiency leads to defective sperm chromatin compaction and male infertility in mice, mirroring the o
69 ionary mechanism for regulation of chromatin compaction and may explain the frequent mutations of the
70 tightly correlated to the state of chromatin compaction and not to the levels of H3K27me3-its removal
72 SUMOylation, Mer2 mediates global chromosome compaction and post-recombination chiasma development.
73 g transcription factor ZEB1 stimulated Golgi compaction and relieved microRNA-mediated repression of
75 in other condensin complexes to control the compaction and resolution of all mitotic and meiotic chr
76 nd sequential steps during TRF2-mediated DNA compaction and result in folded DNA structures with prot
77 w this activity specifically promotes proper compaction and segregation of chromosomes during mitosis
81 romosomes yields a model in which the global compaction and shape of large-Mbp chromatin domains rema
84 resents as two conformers undergoing similar compaction and structural rearrangements, prior to therm
87 nteraction with wild-type cells causes their compaction and that crowding is sufficient for scrib(KD)
88 er histone H1 are involved in both chromatin compaction and the regulation of mitotic progression.
91 was associated with key regulators of Golgi compaction and vesicle transport in pull-down assays and
92 estigating the quasi-static avalanche angle, compaction, and dilatancy effects in different nonbuoyan
93 rget selection to axon wrapping and membrane compaction, and discuss how understanding these processe
94 linked gene expression, reduces X chromosome compaction, and disrupts X chromosome conformation by di
95 e associated with CpG methylation, chromatin compaction, and histone modifications that effectively s
97 wth form the basis of both trabeculation and compaction, and mouse models indicate that cardiomyocyte
98 oduce the average loop length, the degree of compaction, and the general loop-array morphology of com
99 e of histone tails, their roles in chromatin compaction, and the impact of lysine acetylation, a wide
100 e interactions are instrumental in chromatin compaction, and understanding NCP self-assembly is impor
101 loops are highly dynamic but provide little compaction; and a dense state, where there are more stab
102 fe-threatening risks of left ventricular non-compaction are ventricular arrhythmias or complete atrio
104 oop destabilization both result in chromatin compaction around the VIM promoter and a reduction in th
105 Thereafter, rather than smooth, progressive compaction as generally envisioned, progression to metap
107 t with its function in mRNP organization and compaction as well as poly(A) tail length regulation.
108 tubules do not show the longitudinal lattice compaction associated with EB protein binding and GTP hy
109 hat heterochromatin mediates chromatin fibre compaction at centromeres and promotes prominent inter-a
111 ge induces a transient decrease in chromatin compaction at the damage site and an increase in compact
113 ed to rationalize the significantly improved compaction behavior of the monoclinic form of paracetamo
114 actionations were acquired before burial and compaction, but also show evidence of postdepositional a
115 crucial roles in chromosome organization and compaction, but the mechanistic basis for its functions
116 of a small-genome organism increased linear compaction by as much as 40%, while their absence marked
118 studies, we also propose a novel mode of DNA compaction by H-NS termed intrabridging to explain over
119 rtantly, these findings imply that chromatin compaction by nucleosome stacking protects nucleosomal D
121 rized condensin in driving gradual chromatin compaction by step-like and slow "creeping" dynamics con
122 study demonstrates that efficient chromosome compaction can be achieved solely by an active loop-extr
123 us forms of congenital heart disease and non-compaction cardiomyopathies, it remains unclear how embr
124 in these precursors leads to ventricular non-compaction cardiomyopathy, a poorly understood condition
125 reveal novel insights into IHF-mediated DNA compaction depending on the placement of its preferred b
126 equired for gene silencing, while chromosome compaction does not appear to be an important H-NS funct
132 ng that the global conformational search and compaction electrostatics are energetically independent
133 hree distinct ways: delaying alpha-subdomain compaction, facilitating beta-strand intercalation, and
134 neonatal endocardial cells during trabecular compaction generates a distinct compartment of the coron
135 thyl esters were prepared utilizing a direct compaction grade powder with beta-cyclodextrin as encaps
137 sible for DNA expression, recombination, and compaction has been difficult to visualize as functional
144 motes chromatin stability by DNA bending and compaction imposed by its lysine-rich domain and that it
147 low-energy grain boundaries by liquid-phase compaction in Bi(0.5)Sb(1.5)Te3 (bismuth antimony tellur
149 arkness resulted in more increased chromatin compaction in euchromatin and decompaction in heterochro
151 , necessitating greater degrees of chromatin compaction in higher eukaryotes, which have evolved seve
153 erphase nuclei showed variation in chromatin compaction in interphase and the formation of chromosome
154 r of CCS approximately 1200 A(2), undergoing compaction in line with the reported Tmelt = 360.15 K be
159 om 7.5 to 1 M, thereby suggesting pronounced compaction in the protein dimensions in the burst phase.
160 Rac1 pathway was necessary to induce matrix compaction in vitro through increased cell adhesion, elo
161 vation does not affect short-range chromatin compaction, inactivation of both pathways causes synergi
162 icantly to the overall free energy change of compaction, interactions mediated by the uncharged resid
164 s preferred binding sites; mIHF promotes DNA compaction into nucleoid-like or higher order filamentou
165 chemical environments and that binding site compaction is a determinant of both resting and active a
169 We find that the extent of crowding-induced compaction is dependent not only on crowder size and con
174 ured from SAXS experiments, which suggest no compaction, leading to a disagreement with the FRET expe
175 en found in patients with left ventricle non-compaction (LVNC), we investigated members of our family
179 yos at the blastomere, polyploid blastomere, compaction, morula and blastocyst-like stages by light,
180 of the folding process indicated that double-compaction occurred and that the formed single-chain par
181 is observed, and is associated with complex compaction occurring close to the reported solution T(m)
183 phase nuclei, the 100- to >1,000-fold linear compaction of chromatin is difficult to reconcile with i
184 in passive pulling into micropipettes, local compaction of chromatin is observed coincident with depl
187 ing of proliferation-promoting genes through compaction of chromosomes into senescence-associated het
190 that mitigates hydraulic compression on the compaction of dense-selective layer and sublayer and hel
192 single-DNA magnetic tweezers assay to study compaction of DNA by yeast condensin, with the result th
193 ied and phosphorylated HP1alpha induce rapid compaction of DNA strands into puncta, although with dif
194 This process is remarkable considering that compaction of DNA to near-crystalline densities within t
195 formed in open sea by random aggregation and compaction of fibers held together by friction forces.
196 o remodel the extracellular matrix, inducing compaction of fibrin into bundled agglomerates tightly a
197 rimary force maintaining the greater genomic compaction of flying birds and bats relative to their fl
198 ein-DNA complexes in eukaryotes that provide compaction of genomic DNA and are implicated in regulati
199 th poly(A) tail length regulation and in the compaction of mature transcripts to facilitate nuclear e
202 , folding occurred discretely via sequential compaction of N-terminal, alpha-helical, and alpha/beta-
209 erin and demonstrate that shelterin-mediated compaction of telomeric chromatin provides robust protec
210 Adding linker histone H1 further increased compaction of the A-tract arrays while maintaining struc
211 rmal denaturation experiments delineates the compaction of the alpha-fold by an electrostatic compens
212 we use our approach to validate the further compaction of the already unfolded state of phosphoglyce
213 he averaged structures demonstrates a marked compaction of the basal body (4 nm) occurs when the need
214 intrinsic viscosities suggest some degree of compaction of the carbohydrate chains around the protein
215 ng a fluorescence-based assay to study local compaction of the chromatin fiber in living yeast cells,
218 atterning techniques to show that mechanical compaction of the extracellular matrix during mesenchyma
219 show that proton application causes a global compaction of the extracellular subunit interface, coupl
220 ry, we show that both inhibitors promote the compaction of the initially formed beta2m dimer, which c
221 n of the structure was observed ahead of the compaction of the lattice, while no elastic deformation
222 disorder results from intrauterine arrest of compaction of the loose interwoven meshwork of the fetal
223 up (HMG) protein involved in maintenance and compaction of the mitochondrial genome into nucleoids.
224 tosis activates the complex for a dual role: compaction of the mitotic chromatin and regulation of po
226 DNA and proteins required for the efficient compaction of the nearly 2-meter-long human genome into
230 tribution as originating from a shift in the compaction of the two different families of conformation
232 regions shows no major change in the overall compaction of these chromosome regions during their DNA
236 acromolecular crowding are expected to cause compaction of unfolded and disordered proteins, the exte
238 in cryo-electron microscopy, Bim1 causes the compaction of yeast microtubules and induces their rapid
242 changes in the global large-scale chromatin compaction or shape of these large-scale chromatin fiber
245 king the results together, we identify a new compaction pathway of mammalian pericentric heterochroma
246 lish that the histone-based mechanism of DNA compaction predates the nucleosome, illuminating the ori
247 of the compact is not only determined by the compaction pressure but also significantly influenced by
249 restriction role of ER-PM contacts over ring compaction process for proper actomyosin ring assembly i
251 ulk of the ventricular wall derives from the compaction process, yet the arrest of this process can s
258 comb repressive complex 1 (PRC1), contains a compaction region that has the biochemically defined act
261 f the mechanism underlying TRF2-mediated DNA compaction requires additional information regarding DNA
263 ese and associated factors lead to chromatin compaction, resulting in steric exclusion of regulatory
266 rotein-DNA structure interact leading to DNA compaction, suggesting a mechanism for axial filament fo
267 ccessful probing of differences in chromatin compaction suggests that FLIM has enormous potential for
268 tion, synovial joint formation and interzone compaction, tendon maturation as monitored by ScxGFP, an
269 sult contradicts inferences regarding global compaction that are derived from heuristics based on ami
270 nctions in this process to control both mRNP compaction that facilitates movement through nuclear por
272 hat contributes to increased chromatin fiber compaction that is propagated under physiological condit
273 ed activation prevents the gradual chromatin compaction that occurs naturally in developmental progre
274 are discussed in the context of active site compaction that requires an ionization of substrate with
275 e scribble (scrib(KD)) are hypersensitive to compaction, that interaction with wild-type cells causes
276 he most extended chains experience up to 24% compaction, the most compact chains show virtually no ch
278 polypeptide chain in bulk and the degree of compaction: the most extended chains experience up to 24
279 action at the damage site and an increase in compaction to adjacent regions, which together facilitat
280 ping mechanisms, including intra-chromosomal compaction, topoisomerase action and Holliday junction r
281 ution, we temporally resolve single-molecule compaction trajectories of DNA polymers, guided by the c
282 tone H4 (H4K20) has been linked to chromatin compaction, transcription, DNA repair and DNA replicatio
283 e interface that play a dominant role in the compaction transition and also reveal salt bridging, van
287 elastic response of the material, while the compaction was consistent with a model for compression o
288 not completely maintain tension when matrix compaction was resisted by boundaries, which manifested
289 with drugs that disrupt or promote chromatin compaction, we find that HP1-alpha dimers spatially redi
290 domain of mammalian histone H1 in chromatin compaction, we speculate that HMO1 promotes chromatin st
291 HP1 had only mild effects on heterochromatin compaction, whereas dim-3 caused more drastic changes, s
292 ypermethylated dsDNA, pointing at structural compaction which may facilitate DNA packaging in vivo.
293 tive plaque encapsulation and reduced plaque compaction, which is associated with worsened axonal pat
294 , TRF2, and TIN2 mediate telomeric chromatin compaction, which was proposed to minimize access of DDR
295 lthough, in the case of left ventricular non-compaction with congenital heart disease, disturbance of
296 Instead, they support a continuous global compaction with increasing polyQ length that derives fro
298 keg, a mix of partial excavation and gradual compaction with the strategic placement of filling mater
299 construction of soft nano-objects via chain compaction, with an emphasis in dynamic, letter-shaped a
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