ライフサイエンスコーパス: chromosome duplication

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1 ween replication and transcription challenge chromosome duplication.

2 ns local chromosome architecture and directs chromosome duplication.

3 omosome segregation follow a single round of chromosome duplication.

4 orks, restarting replication, and completing chromosome duplication.

5 tates may be inherited during the process of chromosome duplication.

6 dc6 plays multiple roles in ensuring precise chromosome duplication.

7 to those of several other genes required for chromosome duplication.

8 rexpression of dnaB also inhibits growth and chromosome duplication.

9 contexts, they intrinsically disrupt normal chromosome duplication and are therefore restricted by T

10 nding of millions of DNA base pairs to allow chromosome duplication and gene transcription.

11 replication is bypassed in order to complete chromosome duplication and preserve cell viability and g

12 tion of NBS-LRR gene duplications, segmental chromosome duplication and rearrangement events have a l

13 ions is largely the consequence of segmental chromosome duplication and rearrangement, rather than th

14 ion is tightly controlled to ensure accurate chromosome duplication and segregation in each cell cycl

15 me structure-which is essential for accurate chromosome duplication and segregation.

16 matin must be coordinated with the events of chromosome duplication and segregation.

17 Replicative helicases play central roles in chromosome duplication and their assembly onto DNA is re

18 metabolism processes such as transcription, chromosome duplication, and segregation.

19 Changes that occur during DNA repair, chromosome duplication, and transmission or via recombin

20 of histone modification in recent segmental chromosome duplications are not well conserved.

21 hat must be repaired or bypassed to complete chromosome duplication before cell division.

22 Eukaryotic cells coordinate chromosome duplication by assembly of protein complexes

23 study shows that formation of large inverted chromosome duplications can be observed in the chromosom

24 eaction leading to the formation of inverted chromosome duplications centered around themselves.

25 These results implicate Orc2 protein in chromosome duplication, chromosome structure and centros

26 To ensure proper timing of chromosome duplication during the cell cycle, bacteria m

27 However, in the bacterial chromosome, duplications form at high rates (10(-3)-10(-

28 A chromosome duplication implicated FtsA overproduction in

29 Down syndrome (trisomy 21), the most common chromosome duplication in human live births.

30 Following chromosome duplication in S phase of the cell cycle, the

31 the Plp1dup mouse model by introducing an X chromosome duplication in the mouse genome that contains

32 in primary cells of an individual with an X chromosome duplication including MECP2.

33 t(4;19) is associated with a submicroscopic chromosome duplication involving a 19p chromosome fragme

34 Chromosome duplication is controlled at the level of rep

35 During chromosome duplication, it is essential to replicate not

36 In bacteria, chromosome duplication, likely mediated by a stationary

37 ity of macromolecular complexes that monitor chromosome duplication, maintenance, and segregation acr

38 Chromosome duplication normally initiates through the as

39 endocycles), during which discrete rounds of chromosome duplication occur without intervening mitoses

40 In dividing cells, chromosome duplication once per generation must be coord

41 Inverted chromosome duplications or palindromes are linked with g

42 eciation) and/or a series of whole-genome or chromosome duplications played a role in rye speciation

43 Mammalian chromosome duplication progresses in a precise order and

44 They also demonstrate that efficient chromosome duplication requires mechanisms that aid resu

45 licase whose absence results in an increased chromosome duplication time.

46 ling DNA replication to mitosis and limiting chromosome duplication to once per cell cycle.

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