戻る
「早戻しボタン」を押すと検索画面に戻ります。 [閉じる]

コーパス検索結果 (１語後でソート)

通し番号をクリックするとPubMedの該当ページを表示します
1 diversity and to be more easily perturbed by stochastic fluctuations.
2 of new effects and to direct measurements of stochastic fluctuations.
3 stasis and prevent stem cell extinction from stochastic fluctuations.
4  to a balance between homeostatic forces and stochastic fluctuations.
5 nt specific and not or not chiefly caused by stochastic fluctuations.
6 nents of ultrashort pulses with uncorrelated stochastic fluctuations.
7 ting conditions by feedback amplification of stochastic fluctuations.
8                                              Stochastic fluctuations affect the dynamics of biologica
9 simulation techniques to study the impact of stochastic fluctuation among replicate outcomes of an ev
10 edback loop that enhances robustness against stochastic fluctuations and cellular noise.
11 developing organism must be buffered against stochastic fluctuations and environmental perturbations.
12 gulation, we reveal the relationship between stochastic fluctuations and feedback topology at the sin
13 that is incompletely known, is influenced by stochastic fluctuations and is capable of rich nonlinear
14  global incoherent shock carries most of the stochastic fluctuations and is responsible for a peculia
15    These approaches can reveal oscillations, stochastic fluctuations and systematic trends that unfol
16  heating- and current-induced instabilities, stochastic fluctuations and the development of character
17 tanding the relationship between spontaneous stochastic fluctuations and the topology of the underlyi
18 e making the sporulation decision to average stochastic fluctuations and to achieve a robust populati
19 ement such as an AND gate in the presence of stochastic fluctuations, and (ii) the robustness of the
20                                              Stochastic fluctuations are inherent to gene expression
21                           However, noise and stochastic fluctuations are ubiquitous in biological sys
22 2+) ions, buffer molecules, and IP(3)Rs, and stochastic fluctuations arising from molecular interacti
23  comes at the unavoidable price of increased stochastic fluctuations around average levels.
24 e uncertainty, land prices exhibit recurrent stochastic fluctuations around the trend, with expansion
25 nal value (denoted as the tenth time) showed stochastic fluctuations, as is seen in pure HbS.
26 ng of cellular material at cell division and stochastic fluctuations associated with intracellular re
27 ween size at birth and size at division with stochastic fluctuations assumed.
28 ate specification, little is known about how stochastic fluctuations at the cellular level propagate
29 which are robust to parametric variation and stochastic fluctuations at the molecular level.
30 equency-dependent short-term depression, and stochastic fluctuations at the synapse embed the input o
31                                              Stochastic fluctuations at the transcriptional level con
32                         We show that, due to stochastic fluctuations, autoregulation of mec-3 is not
33 broad distribution of turnover rates through stochastic fluctuations between distinct, long-lived (mo
34 llular networks are intrinsically subject to stochastic fluctuations, but analysis of the resulting n
35 nables spontaneous polarization triggered by stochastic fluctuations, but as such fluctuations can oc
36              The magnitude and timescales of stochastic fluctuations can depend on the gene regulator
37     However, neuronal populations subject to stochastic fluctuations can follow inputs beyond this li
38                                              Stochastic fluctuations can spontaneously switch the sys
39                             Investigation of stochastic fluctuations due to small numbers of molecule
40 ister cell fates highlights the potential of stochastic fluctuations during clonal growth to rapidly
41                        Greater diversity and stochastic fluctuations explore more widely the space of
42 istributions is compatible with the expected stochastic fluctuations for an evolutionary process with
43 lso found that herds with smaller K had less stochastic fluctuation in abundances around K, but highe
44 nonperiodicity occurs even in the absence of stochastic fluctuation in membrane potential, suggesting
45                           Here we argue that stochastic fluctuation in the release machinery can give
46                            We also estimated stochastic fluctuations in abundance around K for each h
47  migrating cells, feedback loops can amplify stochastic fluctuations in actin dynamics, often resulti
48                     Our results suggest that stochastic fluctuations in adhesion strength and myosin
49                          Interestingly, such stochastic fluctuations in apoptosis signaling occur eve
50  capacity for dramatic change in response to stochastic fluctuations in basin-scale physical states.
51 ivity reflect previous sensory experience or stochastic fluctuations in brain activity is not well un
52           Nonheritable variability arises by stochastic fluctuations in cells and by physiological re
53 Highly variable methylation patterns reflect stochastic fluctuations in DNA methylation, whereas well
54 athosystem considered here, in general large stochastic fluctuations in epidemics enhance extinction
55 tuations and mathematical modeling show that stochastic fluctuations in erythrocyte flow could underl
56  not alter constitutive expression levels or stochastic fluctuations in expression ("expression noise
57 ic gene regulatory networks show significant stochastic fluctuations in expression levels due to the
58 om specific genetic architectures amplifying stochastic fluctuations in factors affecting gene expres
59                                              Stochastic fluctuations in gene expression ("noise") are
60                                              Stochastic fluctuations in gene expression give rise to
61                                              Stochastic fluctuations in gene expression give rise to
62 ral latency), illustrating the importance of stochastic fluctuations in gene expression in a mammalia
63 ggesting that the d2EGFP(+) cells arise from stochastic fluctuations in gene expression.
64 lar RNA distribution within the cell and the stochastic fluctuations in individual cells that can lea
65  that neighbor exchange events are driven by stochastic fluctuations in junction length, regulated in
66 ncrease in frequency by "hitchhiking." Thus, stochastic fluctuations in linkage disequilibrium in fin
67 ly at risk because inbreeding depression and stochastic fluctuations in male and female numbers are o
68  sheets, we recorded an ongoing discharge of stochastic fluctuations in membrane potential, previousl
69     We propose that actin waves create large stochastic fluctuations in microtubule-based transport a
70                Recent work demonstrates that stochastic fluctuations in molecular populations have co
71 lated 250 identical communities, introducing stochastic fluctuations in network structure and case im
72           We demonstrate that by introducing stochastic fluctuations in one of the couplings of the n
73                           In these networks, stochastic fluctuations in protein levels are attributed
74 al differences in anesthetic sensitivity and stochastic fluctuations in responsiveness complicate the
75 ce switches after fundamental changes versus stochastic fluctuations in reward contingencies.
76                                              Stochastic fluctuations in signaling and gene expression
77 odel vector (LTR-GFP-IRES-Tat) and show that stochastic fluctuations in Tat influence the viral laten
78 ck loop and study numerically the effects of stochastic fluctuations in temperature in the absence of
79  functioning ones to reproduce, and reducing stochastic fluctuations in the biomass of each member sp
80 prehensive, accurate, mathematical models of stochastic fluctuations in the CDK control system.
81                                              Stochastic fluctuations in the cellular components that
82 ment effects arise from a mechanism based on stochastic fluctuations in the copy number of membrane-b
83 ults from a nonlinear instability excited by stochastic fluctuations in the density of cells.
84 consequence of mode-switching is all-or-none stochastic fluctuations in the electrochemical gradient
85 ions in population size are mainly driven by stochastic fluctuations in the environment.
86  can emerge as a consequence of slow-down of stochastic fluctuations in the expression of a gene cont
87 small spaces comes from finite size effects; stochastic fluctuations in the initial relative abundanc
88                               Here, we model stochastic fluctuations in the Notch-Delta pathway in th
89  lattice; catastrophe and rescue result from stochastic fluctuations in the size, shape, and extent o
90 modal response requires a short-lived TF and stochastic fluctuations in the TF's expression.
91     During development, cells are subject to stochastic fluctuations in their positions (i.e. cell-le
92 t on the cell fitness, the quantification of stochastic fluctuation is essential to the understanding
93 r is generally an unavoidable consequence of stochastic fluctuations is unclear.
94 latory networks that are reached by means of stochastic fluctuations, long transient excursions from
95 stabilize the limiting levels of CLK against stochastic fluctuations minimizing the propagation of "m
96 circuits altered the dynamic distribution of stochastic fluctuations (noise) during circuit operation
97 actions (architecture) and susceptibility to stochastic fluctuations (noise).
98  in large spaces than in small spaces, where stochastic fluctuations now aid the fast killing strain
99 gnaling systematically shapes the intrinsic, stochastic fluctuations of actin in the growth cone to p
100                                This leads to stochastic fluctuations of allele frequencies above and
101 tical framework that explicitly accounts for stochastic fluctuations of an individual consumer's ener
102                           Our model includes stochastic fluctuations of each motor as it proceeds thr
103                                              Stochastic fluctuations of either the population sex rat
104 babilistic mechanism by which Abl biases the stochastic fluctuations of growth cone actin to direct a
105 isplays noisy behaviour, possibly because of stochastic fluctuations of its components.
106 of the population, and thereby, to model the stochastic fluctuations of physiological parameters (suc
107                       We exploit the natural stochastic fluctuations of the chromosome structure to m
108            These PUFs, which are accessed by stochastic fluctuations of the N state, have altered sur
109 olded conformations that are sampled through stochastic fluctuations of the native protein.
110 olymer-based single-particle heterojunction, stochastic fluctuations of the photogenerated hole popul
111 show that the deterministic dynamics and the stochastic fluctuations of the system can be approximate
112 16 (95% CI, 109-123) affected hospitals with stochastic fluctuations of up to 30 hospitals in each ca
113  and efforts have largely focused on random (stochastic) fluctuations of the environment.
114 effects of model initial condition error and stochastic fluctuation on forecast accuracy in a compart
115 combined effects of network architecture and stochastic fluctuations on parametric memory storage.
116 t decrease the robustness of oscillations to stochastic fluctuations or to variations in parameter va
117                                              Stochastic fluctuations (or "noise") in the single-cell
118                                              Stochastic fluctuations, or 'noise', in gene expression
119 t regulate cellular functions are subject to stochastic fluctuations, or 'noise', in the levels of th
120 at asynchronous spiking was a consequence of stochastic fluctuations resulting from the small volume
121 rium--by detecting and cross-correlating the stochastic fluctuation signals exhibited by each of the
122                                              Stochastic fluctuations, termed "noise," in the level of
123 nspired computation, the nature of the local stochastic fluctuations that drive the formation of meta
124               In the presence of significant stochastic fluctuations this is a challenging task as st
125 ion of the network modulating the ability of stochastic fluctuations to initiate gene expression chan
126 variance required for this effect is through stochastic fluctuations via population bottlenecks.
127                             Several types of stochastic fluctuations were observed in the conductance
128                                       Strong stochastic fluctuations witnessed as very broad resistan

 
Page Top