1 Randomisation
was computer generated.
2 The random allocation sequence
was computer generated.
3 Allocation
was computer generated.
4 Randomization
was computer generated.
5 Randomisation
was computer generated (
1:1:1:1 ratio).
6 Randomisation
was computer generated,
accessed via an interactive voic
7 Randomization
was computer generated and assigned participants to eith
8 Randomization
was computer generated and balanced by site.
9 e randomisation code (permuted block design)
was computer generated and stratified by region.
10 Randomisation
was computer generated and stratified by site, implement
11 Allocation
was computer generated and unmasked to participants and
12 The random allocation schedule
was computer-generated and central randomisation (by tel
13 The allocation schedule
was computer-generated and randomisation, with permuted
14 Randomisation
was computer-generated and stratified by centre with blo
15 Randomisation
was computer-generated and stratified by centre, type of
16 The randomisation sequence
was computer-generated and stratified by general practic
17 The randomisation sequence
was computer-generated and stratified by participating c
18 Randomization
was computer-generated and stratified by site.
19 The randomisation sequence
was computer generated,
and all patients and investigato
20 Randomization
was computer-generated,
and allocation was assigned by p
21 Randomization sequence
was computer-generated,
and patients were blinded to tre
22 ment was done with a randomisation list that
was computer generated at GlaxoSmithKline, and was strat
23 The randomisation sequence
was computer generated,
blocked, and stratified by use o
24 study centre and with no other restrictions,
was computer generated by an investigator who was uninvo
25 The structure of R*
was computer generated by moving helix 6 from its positi
26 rding to a block randomisation schedule that
was computer generated by the sponsor.
27 Randomisation
was computer generated by the study sponsor, implemented
28 Randomisation, which
was computer generated by the trial statistician, was st
29 The randomisation list
was computer-generated by a non-study statistician with
30 The allocation sequence
was computer-generated by PATH with block sizes of three
31 Randomisation
was computer generated centrally and allocated by teleph
32 The randomisation sequence
was computer generated centrally and stratified by local
33 Randomisation
was computer generated centrally by the independent Clin
34 The randomisation sequence
was computer generated centrally using a permuted block
35 The Randomisation sequence
was computer generated centrally.
36 The allocation sequence
was computer-generated centrally and concealed to all pe
37 Randomisation
was computer-generated centrally in blocks of four, stra
38 The randomisation schedule
was computer generated in blocks of four and stratified
39 Randomisation
was computer generated in permuted blocks of six and was
40 The randomisation schedule
was computer generated in random permuted blocks, strati
41 The randomisation schedule
was computer generated in random permuted blocks, strati
42 andomisation scheme with block size of eight
was computer-generated off-site at WHO.
43 The random allocation schedule
was computer-generated;
patients and treating physicians
44 The randomisation schedule
was computer generated,
used permuted blocks of four and
45 The randomisation list
was computer-generated using blocks of four and six.
46 d concealed centrally by pharmacy personnel,
was computer-generated using fixed blocks of 10.
47 Randomisation
was computer generated with a block size of three at eac
48 The randomisation sequence
was computer generated with a blocked randomisation proc
49 The randomisation sequence
was computer generated with permuted blocks of size 4 an
50 Randomisation
was computer generated with random permuted block size 2
51 Randomisation was stratified by site, and
was computer-generated with permuted blocks of three pat
52 Randomisation
was computer-generated with stratification by HIV-1 RNA
53 The allocation sequence for randomisation
was computer generated,
with a block size of eight per s
54 Randomisation
was computer generated,
with allocation concealment by u
55 The randomisation sequence
was computer generated,
with block sizes of two, four, o
56 Randomisation
was computer generated,
with permuted blocks of size eig
57 Randomization
was computer-generated,
with centralized allocation conc