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1 olve the precatenanes and untangle catenated daughter chromosomes.
2 t plays a role in organizing and segregating daughter chromosomes.
3 or to complete segregation or replication of daughter chromosomes.
4 rm chromosomal 'bridges' between segregating daughter chromosomes.
5 -catenanes behind the fork and the catenated daughter chromosomes.
6 rocess facilitates the separation of the two daughter chromosomes.
7 me organization rather than in separation of daughter chromosomes.
8 rangement required for proper segregation of daughter chromosomes.
9 n of topological linkages between replicated daughter chromosomes and is essential for chromosome seg
10 ental template DNA strands, partition of the daughter chromosomes, and cell division follow in an ord
11 merase that decatenates the newly replicated daughter chromosomes, are both essential for chromosome
12 ndem duplication) or are copied onto related daughter chromosomes (chromosome or whole-genome duplica
13 ation occurs well before cell division, with daughter chromosomes coupled by a thin inter-daughter fi
14      This phenotype results from a defect in daughter chromosome decatenation during rapid growth.
15 ion: processing of the late intermediate and daughter chromosome decatenation.
16 hich MukB and topo IV may collaborate during daughter chromosome disentanglement.
17 ukaryotic cells, the faithful segregation of daughter chromosomes during cell division depends on for
18 s responsible for the correct segregation of daughter chromosomes during cell division.
19  IV) is an essential enzyme that unlinks the daughter chromosomes for proper segregation at cell divi
20 ensation and for the faithful segregation of daughter chromosomes in Bacillus subtilis.
21 ial for both condensation and segregation of daughter chromosomes in mitosis [9], also functions duri
22   The FtsZ ring assembles between segregated daughter chromosomes in prokaryotic cells and is essenti
23 cient to sustain decatenation of replicating daughter chromosomes in the cell.
24  from ter, a process essential for efficient daughter chromosome individualization and for preferenti
25                    Incorporating each set of daughter chromosomes into a single nucleus at the end of
26 s organized within the nucleoid, and how two daughter chromosomes segregate has yet to emerge.
27 olism, including chromosome condensation and daughter chromosome separation.
28 tension, and presumably serves to direct the daughter chromosomes toward opposite poles of the cell,
29 partial or complete replication but that the daughter chromosomes were blocked at a late stage in the