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1 ethods of sequence generation and allocation concealment.
2 % (4/478; 95% CI, 0%-2%) reported allocation concealment.
3 nd confounding biases with proper allocation concealment.
4 nal factors, cognitive/affective factors and concealment.
5  to site and variable block lengths used for concealment.
6  sequence generation and adequate allocation concealment.
7 tive/affective, waiting/cue competition, and concealment.
8 mbered envelopes were part of the allocation concealment.
9 ia a web-based system to maintain allocation concealment.
10 as centrally controlled to ensure allocation concealment.
11 or random sequence generation and allocation concealment.
12  six and stratified by site, with allocation concealment.
13 find plants was greatly influenced by target concealment.
14 equacy of sequence generation and allocation concealment.
15 d within each stratum to preserve allocation concealment.
16 nd choices that heighten individual-specific concealment.
17 minimisation program, maintaining allocation concealment.
18 ted with memory generation supported novelty concealment.
19 ge, primary cancer, and sex) with allocation concealment.
20 y age, sex, and cancer type) with allocation concealment.
21 ithin the minimisation algorithm to maintain concealment.
22 wn eggs and select backgrounds that maximise concealment.
23 dom-number table with centralized allocation concealment.
24 puter-generated, with centralized allocation concealment.
25 ables before randomization, thus maintaining concealment.
26 line database (REDCap) to achieve allocation concealment.
27 % of the trials clearly explained allocation concealment.
28 th random sequence generation and allocation concealment.
29 r randomisation rests on adequate allocation concealment.
30 researchers confuse blinding with allocation concealment.
31 ), sequence generation (23%), and allocation concealment (17%); and details about actual delivery of
32 s intense and varying hues could function as concealment [2] rather than signaling seems completely c
33 fectively protects eggs through plant tissue concealment.(2)(,)(3) Endophytic oviposition behavior is
34 random sequence generation (43%), allocation concealment (45%), and blinding (37%).
35 ad score, the use of an effective allocation concealment (AC) and the existence of an intention-to-tr
36  weed, but high colour diversity and reduced concealment against brown wireweed.
37     Two authors extracted data on allocation concealment, allocation sequence, blinding, completeness
38 s independently extracted data on allocation concealment, allocation sequence, blinding, completeness
39 kelainen and Stevens introduce strategies of concealment among animals and plants.
40 ne avian predator group correlated with nest concealment among years, suggesting these predators may
41   Only 1 study described adequate allocation concealment and 2 reported an intent-to-treat analysis.
42 e more reliable performance with good device concealment and a normal look and feel, to ease inflatio
43 ur change and behavioural choices to enhance concealment and adapt to changes in habitat in time and
44 a a web and voicemail system with allocation concealment and based on a computer-generated randomisat
45 el randomized clinical trial with allocation concealment and blinded outcome assessment was undertake
46 h lower trial quality (suboptimal allocation concealment and blinding), use of condiments, and sodium
47         Animal pigmentation is essential for concealment and communication in nature.
48 ork to multispectral operation, allowing the concealment and decoding of multiple images at different
49 utionary alteration of phenotype through the concealment and exposure of cryptic genetic variation.
50  focusing on two nest microhabitat features: concealment and height.
51 hould be particularly effective in promoting concealment and that highly contrasting colours should e
52 a (e.g., randomization, blinding, allocation concealment) and other study design features included in
53  adequacy of sequence generation, allocation concealment, and baseline comparability among a sample o
54 ection bias (sequence generation, allocation concealment, and baseline comparability) in the Cochrane
55 ignificant, including personal shame, social concealment, and discomfort discussing HS with health pr
56 ajority of studies had inadequate allocation concealment, and few were analysed according to intentio
57 cosamine preparations, inadequate allocation concealment, and industry bias.
58 ts of random sequence generation, allocation concealment, and intent-to-treat analyses were present e
59 ors included suboptimal blinding, allocation concealment, and others.
60 on and thought substitution supported memory concealment, and those associated with memory generation
61 represents a previously unrecognized mode of concealment, and underscores the importance of soft-tiss
62  Lastly, we showed that AuNSts avoid optical concealment at high IL-6 concentrations, unlike AuNPs, m
63 ems in the following domains: randomization, concealment, baseline differences, blinding (patient), b
64 as in multiple domains, including allocation concealment, blinding of participants and personnel, and
65 orted random sequence generation, allocation concealment, blinding, and analysis.
66 ropriate method of randomization, allocation concealment, blinding, and completeness of follow-up.
67 ed high quality if randomization, allocation concealment, blinding, and follow-up completeness were a
68 al intercourse to treatment, with allocation concealment by identical opaque boxes labelled with a un
69 n (block sizes of four, six, and eight) with concealment by use of opaque, sequentially numbered, sea
70 tion was computer generated, with allocation concealment by using sequentially numbered medication co
71 ese predators may cue birds to modulate nest concealment choices.
72 1 to 0.25) and inadequate/unknown allocation concealment (difference in ES = 0.15; 95% CI: 0.02 to 0.
73 ered due to unclear reporting for allocation concealment, dropouts, missing data on outcomes, and het
74                Clay egg bite data revealed a concealment effect on avian predators, and the abundance
75 hese results in relation to: (1) darkness as concealment for snow leopards when stalking in an open l
76                            Proper allocation concealment frequently frustrates clinical inclinations,
77 ote mRNA stability, protein translation, and concealment from cellular proteins that recognize foreig
78  sequence generation and adequate allocation concealment from January 1, 2009, to March 31, 2010.
79 enables asymmetric imaging with simultaneous concealment from one side and clear visualization from t
80             Within the natural range (30-80% concealment, >75 cm height), microhabitat-predation rela
81 arization and angle alteration for effective concealment in the complex open ocean environment.
82 edation pressure strong enough to select for concealment in this megaherbivore despite possession of
83 odologic problems such as lack of allocation concealment, inadequate random sequence generation, lack
84 ollowing: adequate allocation generation and concealment, intention-to-treat analysis, and adequate d
85                                         Such concealment is achieved when the contrast between the pr
86 sed under masked conditions using allocation concealment, Jadad score, and a CONSORT checklist devise
87                Indeed, inadequate allocation concealment leads to exaggerated estimates of treatment
88                                              Concealment lists, outlining the treatment allocation, w
89 ements remained uncommon, such as allocation-concealment mechanism (16.1% [95% CI, 15.6%-16.6%]) and
90 , with uncertainty about adequate allocation concealment methods in eight trials and lack of masking
91                        Except for allocation concealment, no feature of study design explained this s
92 ies, as reported, was poor, particularly for concealment of allocation and blinding of outcome assess
93 isk for bias in the sequence generation, the concealment of allocation to treatment, and the strategy
94 ation sequence was adequate in 15 trials and concealment of allocation was adequate in 16 trials.
95                                              Concealment of allocation was reported in 21 studies (36
96 or animal research, including randomization, concealment of allocation, blinding, and accounting for
97      Treatments were randomly assigned, with concealment of allocation.
98  host cells through at least two mechanisms: concealment of beta-glucans beneath alpha-glucans and en
99 ze viruses, thereby providing more effective concealment of conserved, functionally critical sites.
100 es were CD4 and CCR5 tropic and demonstrated concealment of coreceptor binding surfaces of the envelo
101 d on the risk of bias (scored on allocation, concealment of intervention, incomplete data, sponsor co
102 equate generation of randomization sequence, concealment of randomization sequence, and use of intent
103 -group trials, 11 had limited information on concealment of the allocation scheme, and 5 had selectiv
104 sruption in the MGB-quencher interaction and concealment of the MGB moiety inside the minor groove.
105 ically reduced this rate, potentially due to concealment of the U7 snRNP binding element.
106                               Randomization, concealment of treatment allocation, blinding, and patie
107 xperimental design, including randomization, concealment of treatment allocation, definition of susta
108          Although it is widely believed that concealment or deception is required to elicit a placebo
109 her optimal countershading actually improves concealment or survival.
110 orted random sequence generation, allocation concealment, power, and intent-to-treat analyses were pe
111  quality were blinding, method of allocation concealment, presence of mortality as a study end point,
112                                An allocation concealment process keeps clinicians and participants un
113                                  Within this concealment process, the crucial unbiased nature of rand
114 dequate or unclear (vs. adequate) allocation concealment (ratio of odds ratios, 0.93 [CrI, 0.87 to 0.
115 exposed sites (<30% concealed), indicating a concealment-related 'adaptive plateau'.
116 generation and inadequate/unknown allocation concealment, respectively.
117 xual traits might constrain the evolution of concealment strategies, resulting in suboptimal camoufla
118 ld to predict the optimal countershading for concealment that is specific to the light environment an
119 ed intrinsic transparency for the purpose of concealment, the development of dynamic, that is, contro
120           We have modeled the feasibility of concealment through BM of a typically white barn owl (Ty
121 ted sequence, in a 1:1 ratio with allocation concealment to receive a (third) dose of CoronaVac or BN
122 andomly allocated (1:1) with full allocation concealment to receive a prime-boost regimen of ChAdOx1
123 can actively use another animal as a form of concealment to reduce detection by prey.
124 men were randomly assigned, using allocation concealment, to receive 4 mg zoledronic acid intravenous
125 ng a randomisation code list with allocation concealment using opaque sealed envelopes.
126                                   Allocation concealment was achieved by use of a randomisation sched
127                                   Allocation concealment was achieved for sites up to 2 weeks before
128                                   Allocation concealment was achieved using a web-based system.
129                                   Allocation concealment was achieved using an interactive web respon
130     Treatment was not masked, and allocation concealment was achieved with a computerised minimisatio
131                         Treatment allocation concealment was adequate in 9 studies; 16 were double-bl
132                          Complete allocation concealment was ensured and patients, field team, and in
133 or random sequence generation and allocation concealment was high, and performance and detection bias
134                                   Allocation concealment was implemented by use of sealed envelopes.
135  unaware of the allocation of each slide and concealment was maintained until the end of the reportin
136                                   Allocation concealment was not maintained or unclear in 11 (9.9%).
137  nonsurgical trials, and adequate allocation concealment was recorded in 46% (n = 30) and 47% (n = 31
138                                   Allocation concealment was unclear in the majority of trials ( n =
139 ate methods for randomization and allocation concealment were found in 17% and 7% of studies, respect
140 rategies, camouflage is important for visual concealment, with countershading the most universally ob

 
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