ライフサイエンスコーパス: linearization

1 tic due to issues of data transformation and linearization.

2 ction cassettes, as well as unique sites for linearization.

3 a nicked DNA intermediate accumulates before linearization.

4 sed functional mapping, implemented with the linearization algorithm based on the first-order Taylor

5 gramming problem, a novel adaptive piecewise linearization algorithm is developed in this paper to ob

6 rase and play a role in the circularization, linearization and possibly integration of viral replicat

7 Taylor series linearization and rescaling bootstrap methods were used

8 Wang, and Elston through relaxing the local linearization approximation of the potential functions,

9 zation achieved with DNA ligase, followed by linearization at random with DNase I, and incorporation

10 sin of attraction instead of the traditional linearization-based approach.

11 iption followed by determining the extent of linearization by electrophoresis in an agarose gel.

12 nscription, or pathology including oxidative linearization, deletions or depletion.

13 DNA supercoiling demonstrated that template linearization efficiently dissipated DNA supercoiling in

14 influence of experimental (measurement) and linearization errors on the evaluated values of rate coe

15 of the interference between measurement and linearization errors, either error compensation or error

16 We illustrate the utility of this linearization in 2 practical problems that normally can

17 -voltage curves of all six substances showed linearization in low external Ca(2+).

18 explained these findings and indicated that linearization is highly robust to parameter variations.

19 Using a linearization method, a pseudo-first order-kinetic model

20 n alternative to existing DNA deposition and linearization methods.

21 nd we monitor the increase in alignment upon linearization of a circular DNA molecule.

22 Linearization of circular minichromosomes, either 2 kb u

23 instruct the deposition, cross-linking, and linearization of collagen fibers during tumor developmen

24 including i) paracrystalline inclusions, ii) linearization of cristae and abnormal angular features,

25 Linearization of DNA was observed for [KGHK-Cu](+) relat

26 ction of noise at intermediate induction and linearization of dose-response before saturation.

27 With the exception of the linearization of Hill kinetics, this technique is genera

28 Furthermore, linearization of mRNA-encoding DNAs, including SV40, red

29 nd uvrD; and the efficient detergent-induced linearization of plasmid DNA in drug-treated cells.

30 m shearing/degradation of chromosomal DNA or linearization of plasmid DNA itself.

31 clease has also been included, which permits linearization of recombinant DNA irrespective of the cha

32 Efficient amplification required linearization of the circular SV40 genomic DNAs with Eco

33 h maximum gain and maximum compression, with linearization of the compressive function for input soun

34 Though our analytical results are based on a linearization of the dynamical systems, the sampling rul

35 Linearization of the electric field generated during rad

36 cause this response law does not involve the linearization of the evolution equations it has great po

37 due to slow unbinding may contribute to the linearization of the first synapse in vision.

38 We show that the method involving the linearization of the kinetic equations leads to unpredic

39 e also been included in the vector to enable linearization of the large-insert clones, e.g., for opti

40 The linearization of the log-log plots in the SS channel in

41 Here, we show how a linearization of the Navier-Stokes equations captures th

42 rter fatty acid, 4-methyl-hexanoic acid, and linearization of the peptide sequence improves antibacte

43 background levels, and show a similar strong linearization of the response.

44 A linearization of the resulting system yields left- and r

45 Instead, we observe that linearization of the substrate, which does not alter the

46 trand in a suicidal manner, which mimics the linearization of the virion DNA.

47 The global cochlear model is coupled to linearizations of nonlinear somatic motility and HB acti

48 obtain point estimates, standard errors (via linearization or a replication method), confidence inter

49 th also provides a ready explanation for the linearization reaction promoted by [KGHK-Cu](+).

50 We also used a novel linearization-recircularization strategy described here

51 Either d-enantiomerization or linearization significantly impaired the ability of HNP1

52 w MOMAKnock model and the adaptive piecewise linearization solution algorithm are tested with a small

53 We compare our approach with the linearization techniques used in biochemistry and geneti

54 Upon linearization, the enzymes can act on their complements,

55 ectional phase shifting was not explained by linearization theory and modified the periodicity of the

56 For one experimental treatment, linearization theory explained that these peaks represen

57 urprising simplicity and generality, uniform linearizations with fast output (ULFO), whose validity w