ライフサイエンスコーパス: partition function

1 conformational space based on the ensemble's partition function.

2 s for DNA sequences follow directly from the partition function.

3 that are used to calculate the corresponding partition function.

4 classical spectrum and consider the quantum partition function.

5 the same types of general congruences as the partition function.

6 and physical convergence of the open-system partition function.

7 probabilities, mean, standard deviation and partition function.

8 architectures under the common framework of partition functions.

9 ns can also be described by use of semigrand partition functions.

10 hality to plasmid-free segregants and active partitioning functions.

11 Using an accelerated partition function algorithm along with chosen parameter

12 In this work, a partition function algorithm is introduced that allows t

13 hermore, an evaluation of the microcanonical partition functions allowed for a quantification of the

14 hm which additionally computes the Boltzmann partition function and outputs Boltzmann pair probabilit

15 ach to derive analytical expressions for the partition function and the average degree of binding for

16 ase pair probabilities were predicted with a partition function and the positive predictive value of

17 Using the transfer matrix method, the partition function and the subsequent statistical proper

18 ulate anharmonic frequencies for vibrational partition functions and (ii) a "hybrid MP2:(PBE+D2)+Delt

19 itochondria and Eukarya, as predicted by the partition function approach for RNA folding introduced b

20 parS leading to partition dysfunction and to partition function are similar.

21 The DIA approximates the partition function as a combinatorial sum of products kn

22 ll coincides with the Newton polytope of the partition function as a polynomial in energy parameters.

23 d in the experiments have the same classical partition functions, but different quantum spectra.

24 The partition function calculates the basepair opening proba

25 For this study, a partition function calculation that considers all possib

26 structures are rigorously calculated using a partition function calculation.

27 A partition function defined the contribution of all heat-

28 ostsegregational cell killing and a possible partitioning function encoded by the intact 3.2-kb par r

29 pecific thermodynamics, it is shown that the partition function for ligand binding to a two-dimension

30 verse ensembles to identify the most diverse partition functions for Boltzmann stochastic sampling.

31 aluating approximately 100,000 rovibrational partition functions for the low-energy isomers of the va

32 Using the calculated partition functions for the monomer and dimer, and takin

33 ly with characteristics of the thermodynamic partition function, for the substrate-free enzymes.

34 In statistical mechanics, the canonical partition function [Formula: see text] can be used to co

35 ithm (DIA) - for approximating the canonical partition function [Formula: see text] in [Formula: see

36 ujan-type congruences for the Andrews spt(n) partition function have been found for prime moduli 5 </

37 Semigrand partition functions have the advantage of containing all

38 ded at least one naturally occurring plasmid partition function in our expression plasmids, which eli

39 Additionally, using partition functions in a fluorescence resonance energy t

40 conditional probabilities computed with the partition functions in a recursive sampling process, the

41 At intermediate temperatures the partition function includes a bimodal distribution.

42 Their partition function includes a sharp unimodal distributio

43 proteins H-NS, StpA and MukB, in variants of partitioning functions including the centromere-like seq

44 replaced by a 1.4 kbp segment with predicted partitioning functions, including plasmid-like parA and

45 Prediction of hybridization affinity using partition functions is now available in the RNAstructure

46 lf-assembly with knowledge of the underlying partition function landscape in a step towards quantitat

47 t maximal expected accuracy alignments using partition function match probabilities (implemented in P

48 We demonstrate, for the first time, that partition function match probabilities used for expected

49 The partition function methodology is one way of estimating

50 and proved some striking congruences for the partition function modulo powers of 5, 7, and 11.

51 ate that there are multiple sequences in the partition function of a fixed structure, each having nea

52 ts in finding the analytical solution of the partition function of a lattice once the interaction geo

53 The MTM utilizes the partition function of a protein calculated from molecula

54 omputational complexity of approximating the partition function of a q-state spin system with an exte

55 We compute the partition function of sequences with respect to a fixed

56 The partition function of the C-terminal states is a broad u

57 on implemented in a computer code solves the partition function of the lattice by operating on the co

58 y and by using the technique of the factored partition function of the simplified perturbed hard-chai

59 simulation method is then used to sample the partition functions of both the monomer and dimer forms

60 actor, which is essentially the ratio of the partition functions of circular and linear forms, are ev

61 ogramming approach to statistical mechanical partition functions of foldamer chain molecules.

62 ep of the algorithm computes the equilibrium partition functions of RNA secondary structures with rec

63 lution is expressed as the ratio between the partition functions of the protein in the two phases.

64 ment problem based on the computation of the partition function over all canonical pairwise alignment

65 where obtaining the TP requires calculating partition functions over the future part in the presence

66 Previously, it has been shown that partition function posterior probabilities attuned to lo

67 d accuracy multiple sequence alignments from partition function posterior probabilities.

68 Manipulation of the partition function (Q) of the redox center CuA from cyto

69 These are combined with multistructural partition functions (Q(MS-T)) to obtain direct dynamics

70 Locus qsopA alone appears to fulfill the partitioning function; QsopA represses its own promoter

71 The reduced partition function ratio of CO(2)(m)(B) structure in goe

72 llator approximation to the isotopic reduced partition-function ratio (208)Pb(32)S/(207)Pb(32)S.

73 e nuclear field effect on the total isotopic partition-function ratio from its shift of the electroni

74 Calculated partition function ratios for tetrahedrally coordinated

75 nt leads to equivalency of the corresponding partition functions, resulting in a one-step renormaliza

76 The zeroes of the partition function tend to distribute on a slightly dist

77 By calculating the grand-canonical partition function term by term, we show that small nonp

78 everal kilobasepairs by calculating the full partition function that describes this three-state coexi

79 n of microscopic binding models derived from partition functions to differentiate between Ca2+ and ph

80 3.2-kb region, indicating that the putative partitioning function was largely responsible for RK2 ma

81 Plasmid partitioning function was located ca. 36 kb from the put

82 h density functional theory to calculate the partition functions, which in turn are used to estimate

83 e RNAdualPF, which rapidly computes the dual partition function Z ( *) and samples sequences having l

84 Moreover, since we also compute the dual partition function Z ( *)(k) over all sequences having G

85 e program RNAdualPF, which computes the dual partition function Z ( *), defined as the sum of Boltzma