ライフサイエンスコーパス: linear molecule

1 uire these domains to be present in the same linear molecule.

2 spectrum is characteristic of a symmetrical linear molecule.

3 pMAX-121 telomere sequences, resulting in a linear molecule.

4 ge at the same sites at which it cuts capped linear molecules.

5 lymerases cannot fully replicate the ends of linear molecules.

6 lymerases cannot fully replicate the ends of linear molecules.

7 ons are almost exclusively used to construct linear molecules.

8 this in all but the simplest cases, such as linear molecules.

9 ting of replicating genomes produced indels, linear molecules, and large genomic sequence loss around

10 e oriP /EBNA-1 system is not compatible with linear molecules capped by telomeres.

11 ere compared: linear molecules surrounded by linear molecules, circular molecules surrounded by linea

12 ng the motion of a single Co atom in CoCu(n) linear molecules constructed on a Cu(111) surface.

13 Constructs with telomeric ends are stable as linear molecules; constructs with non-telomeric ends und

14 A new series of linear molecules derived from 1,2-bis(imidazopyridin-2-y

15 ict two major and three minor populations of linear molecules, each with different ends and putative

16 ar cavities and are able to selectively host linear molecules, exemplarily demonstrating 1,8-diaminoo

17 Investigations of potential circular and linear molecules further supported multiple dominant str

18 ge gene-targeting vectors as single-stranded linear molecules has led to significant improvements in

19 We find most cpDNA in genome-sized linear molecules, head-to-tail genomic concatemers, and

20 Linear molecules (i.e., compounds with a short hydrocarb

21 he homing endonuclease efficiently generates linear molecules, identified by using a simple plate-bas

22 e three-dimensional (3D) conformation of the linear molecule in complex with a target protein as the

23 The mobile mtDNA was mostly linear molecules in monomeric to pentameric lengths of t

24 The linear molecules include norspermine, N1, N11-diethylnor

25 Binding at the ends of linear molecules is very markedly reduced if the molecul

26 molecules, circular molecules surrounded by linear molecules, linear molecules surrounded by circles

27 e-like mechanism of replication and that the linear molecules may be due to strand breaks mediated by

28 The proposed DPO precursor, a linear molecule, N-alanyl-aminoacetone (Ala-AA), also bo

29 The linear molecule OBeF has a (2)Pai ground state with an o

30 n microscope, the 120-kDa form appeared as a linear molecule of 133 nm in length.

31 en sites in inverted repeat, or in nicked or linear molecules, or in separate molecules.

32 )() triply bridged geometry, while the rigid linear molecules prefer a D(2)(h)() doubly bridged struc

33 invasion of internal regions by the ends of linear molecules, rather than the generally accepted D-l

34 pplication, we show that long (up to 21 kbp) linear molecules stretched by mechanical forces akin to

35 ar molecules surrounded by linear molecules, linear molecules surrounded by circles, and circles surr

36 Four possible cases were compared: linear molecules surrounded by linear molecules, circula

37 ximately 100 times slower when surrounded by linear molecules than when surrounded by circles.

38 The DNA is a 32-kb double-stranded linear molecule that is derived from the 32-kb circular

39 For linear molecules the projection of the total electron an

40 begins at paired DNA replication origins on linear molecules to generate a head-to-tail linear conca

41 ccurred throughout the DNA but an equivalent linear molecule underwent considerably fewer cleavages a

42 In the case of linear molecules, we also observe that knots are able to

43 the conventional model of singlet fission in linear molecules, we demonstrate that no intermediate st

44 e absorption spectrum is characteristic of a linear molecule with a center of symmetry.

45 We report that bacillaene is a linear molecule with two amide bonds: the first links an

46 termine the polarity of the invasive strand, linear molecules with direct terminal repeats were relea

47 ave increased in vivo half-lives relative to linear molecules with similar sequences.

48 osome entry site (IRES) at the same sites as linear molecules with the IRES.