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1 eveloped acute myeloid leukemia after a long latent period.
2 nal and host age effects in the model of the latent period.
3 e alteration in seizure threshold during the latent period.
4 typical of T7-like phages, except for a long latent period.
5 n of variation is sensitive to the influenza latent period.
6 leukemia in a subset of animals after a long latent period.
7 d contribute to hyperexcitability during the latent period.
8  for a simpler model with no allowance for a latent period.
9            Direct observation confirmed this latent period.
10 , but with a much lower frequency and a long latent period.
11  domains also caused a small increase in the latent period.
12 requiring multiple FP grafts and a prolonged latent period.
13 inct forms of electrical activity during the latent period.
14 ich are characteristic of apoptosis, after a latent period.
15 other key epidemiological parameters such as latent periods.
16 ecent users are still in their induction and latent periods.
17 s following brain injury and a seizure-free "latent" period.
18 xamined in rat hippocampal slices during the latent period (1-8 d) after induction of status epilepti
19  activity often occurs in the cortex after a latent period after head trauma; this delay has been att
20     Onset of disease occurs following a long latent period after inoculation, and thus the pathogen c
21 ionship between neuronal activity during the latent period after trauma and subsequent expression of
22  The average observed number of cases during latent periods after measles vaccination was 97.
23  Longer experiments (26 h) suggested an 11 h latent period and a burst size of 871 by plaque assay, w
24 nsidering especially tradeoffs between phage latent period and phage burst size.
25                                          The latent period and phenotype of APL (including a low freq
26                                          The latent period and the case fatality proportion are taken
27                 Atypical tumors had a longer latent period and were more frequently seen in mice inje
28  includes the unobserved infection times and latent periods and quantifies them along with all other
29  The aneuploidy hypothesis predicts the long latent periods and the clonality on the basis of the fol
30 s decreased by 4 d after status epilepticus (latent period) and remained low throughout the period of
31 splantable myeloid malignancies after a long latent period, and 3 of 12 tumors tested had cooperating
32 e of which defines the duration of the viral latent period, and for the sensitivity of the holin timi
33 he lytic, original host infection (70-80 min latent period; approximately eight phages produced per c
34    Flush production, within-tree spread, and latent period are the most important parameters influenc
35  interesting because genetically lengthening latent periods, as seen with phage lysis-timing mutants,
36                           Lengthening of the latent period at low temperatures is due to a delay in t
37                                          The latent period before an effect on deaths was about 5 yea
38 hen followed by a 9- and 11-year preleukemic latent period before clinical disease manifestation as l
39 lease and caspase activation leads to a long latent period before the active phase of apoptosis is in
40                               The protracted latent period before the onset of frank disease likely r
41 zure-prone neural network evolves during the latent period between brain injury and the onset of spon
42 rosis and lung carcinoma because of the long latent period between exposure and clinical disease.
43  SH2 domain of Fyn caused an increase in the latent period between sperm-egg fusion and the beginning
44                                  The average latent period between the women's likely initial exposur
45 acting on individual phage growth parameters-latent period, burst size, and adsorption rate.
46 eveloped a typical APL syndrome after a long latent period, but the penetrance of disease was 84%, co
47 ecome downregulated and that the duration of latent periods can be accounted for by the level of resi
48           In particular, infection times and latent periods cannot be directly observed and infectiou
49 infrequently in this system and only after a latent period during which additional genetic/epigenetic
50   These models also support the concept of a latent period during which there could be targeted thera
51 onnectivity in epileptic networks beyond the latent period: early seizures occur when recurrent excit
52           The gallbladder ejection fraction, latent period, ejection period, and ejection rate were m
53 ssumption that a seizure-free, preepileptic "latent period" exists that is long enough to accommodate
54 concentration permits the demonstration of a latent period for polymerization that can be shortened b
55 yesian analysis, we are able to estimate the latent period from population data, even when there is u
56 0 min, and increased the time to cell lysis (latent period) from 30 to 60 min.
57 LISA revealed phage genome replication and a latent period >/= 150 min.
58                       Genetically shortening latent periods, however, is a means toward producing lar
59 is method for determination of the influenza latent period in a community setting is novel, and uniqu
60 Ca2+ efflux increased to a maximum after the latent period in a time that reduced from > 100 ms to ap
61 ary, infection is robust to inclusion of the latent period in the model, although the absolute values
62                                          The latent period is decreased, and there is a 3-4 fold redu
63                                          The latent period is difficult to assess experimentally beca
64                      We hypothesize that the latent period is directly related and inversely proporti
65 lar layer (ML), but the significance of this latent period is not well understood.
66              These data suggest that (1) the latent period is the first of many long interseizure int
67 ectious dogs was high (96%) but lower in the latent period (<63%), and specificity was low (24%).
68                    Moreover, even after this latent period, maximal transfer frequencies required sev
69                     It is suggested that the latent period may indicate an active response of the end
70 ailable data suggest that the incubation and latent periods may differ, and mathematical models may b
71  plastic changes in excitability during this latent period might be initiated or sustained by the lev
72                          The duration of the latent period must be known with precision in order to d
73                        A Markov model with a latent period of 20 years and a time horizon of 50 years
74 ing, and Participants: A Markov model with a latent period of 20 years and a time horizon of 50 years
75 7 or 14 had recurrent focal seizures after a latent period of 4-13 days, and showed enhanced Zif268 i
76 p acute promyelocytic leukemia (APL) after a latent period of 6 to 14 months.
77                                            A latent period of 7 days or more was required to detect t
78 d a correlation between CBF affinity and the latent period of disease onset, in that Moloney MLVs wit
79 cubation period of parasites in humans and a latent period of hypnozoites decrease; (ii) without prim
80 e at infection of humans may increase when a latent period of hypnozoites increases; (iv) the number
81 iciency to P. vivax infection, and a shorter latent period of hypnozoites.
82  weekday incidence patterns, we estimate the latent period of influenza to be [0.04, 0.60] days (95%
83 f further inquiry that can shed light on the latent period of pandemic influenza.
84 ic radiation proctopathy may develop after a latent period of several months or years.
85 e epileptiform discharges in brain slices, a latent period of up to 150 msec elapses before the disch
86   Conversely, an sltY deletion increases the latent period of wild-type phage.
87 rature of the phage infection decreases, the latent periods of (A1, A2, A3)- phages increase relative
88                                              Latent periods of 10, 18, and 30 years elapsed before th
89 rts of Arabidopsis root gravitropism suggest latent periods of approximately 30 min, using a smooth m
90 he literature to estimate the incubation and latent periods of Ebola virus disease.
91 models to measure the difference between the latent periods of inoculated and contact-challenged anim
92 of photosynthesis during the relatively long latent periods of many cyanophages [10, 11].
93 s before or shortly after birth, followed by latent periods of several months before disability was a
94 .e. larger plaques with larger bursts), then latent-period optima that maximize plaque fecundity shou
95  analysis, we provide a means for predicting latent-period optima-for maximizing either plaque size o
96 zation (plateau activity) lasting the entire latent period prior to discharge onset.
97  a step function of time (as implied by the "latent period"); rather, seizure frequency increased as
98 ont velocities should be associated with (i) latent period reductions, (ii) larger burst sizes, or (i
99                  Given this conflict between latent period's impact on per-plaque burst number versus
100  about 15% go on to develop APL after a long latent period, suggesting that additional mutations are
101 P(B) and dP/dt was linear, consistent with a latent period, T (the slope), between a critical pressur
102                                          The latent period tended to be shorter in the 37% of cases t
103 g sites induced leukemia following a shorter latent period than viruses with lower-affinity sites.
104 s flash, Ca2+ efflux began after a quiescent latent period that shortened from several hundred millis
105                                       First, latent periods that optimize plaque fecundity are longer
106  longer (e.g. at least two-fold longer) than latent periods that optimize plaque size (or that optimi
107 s considered as three phases, the clinically latent period, the intermediate acute pneumonitis phase
108                              The recipients' latent periods to an alanine aminotransferase (ALT) elev
109 tive contribution of phage burst size versus latent period toward plaque size.
110                    On multivariate analysis, latent period was significantly associated (negatively)
111 ccination campaigns or the next 42 days (the latent period) was compared with that during the rest of
112 er-expressed, we observe an increase in mean latent period, where systemic symptoms are detected on a
113 s reach the same plateau in the brain during latent periods, with clinical disease only occurring whe

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