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How do articles represent profiles? Here we analyze the 6 Open papers in V1.0 to see some typical profiles:
PMC2900066
This is a simple table with only one profile.
Table 1
Chemical components of Lantana camara fresh leaves essential oil
Components
IR a sam.
IR b lit.
(%)
Sabinene
971
971
4.78
ß-pinene
973
978
0.25
ß-myrcene
979
979
0.39
ρ-cymene
1020
1024
1.37
Z- ß-ocimene
1028
1026
0.94
..
..
..
..
PMC4044670
Another single profile
Table 2
Components identified as constituents of essential oil of Oreganum vulgare (%) .
Constituents
RT (min.)
[%]
IR *
IR **
o-Cimene
7.974
0.99
1013
1022
p-Cimene
8.194
1.08
1019
1026
Limonene
8.388
0.26
1025
1031
γ-Terpinene
9.421
5.02
1053
1062
..
..
..
..
..
PMC3963878
This tables has 7 profiles which share common attributes (source, methods...) but are otherwise independent and could be given different Ids and denormalized.
Table 1
Chemical composition (in %) of essential oils of the seven aromatic plants tested.
Compounds
rt
A. conyzoides
E. camaldulensis
L. multiflora
H. spicigera
O. americanum
O. basilicum
Z. officinale
α-thujene
10.249
—
—
2.63
4.37
0.13
—
—
α-pinene
10.505
0.10
9.17
0.68
20.11
6.87
0.39
4.14
Camphene
11.106
0.80
0.19
0.23
0.09
2.77
—
12.69
Sabinene
11.935
0.07
—
0.86
10.26
0.65
2.58
—
..
..
..
..
..
..
..
..
..
PMC6253779
4 lightly coupled profiles
Table 1
Phytochemical composition (%) of essential oils of Satureja montana, S. cuneifolia, S. subspicata and S. visianii.
No.
Component
RI
S. montana year 2007
S. cuneifolia year 2007
S. subspicata year 2007
S. visianii year 2007
1
α-Thujene
924
-
-
-
10.9
2
α-Pinene
935
0.9
-
24.2
5.8
3
Camphene
947
-
-
-
1.7
4
Verbenene
961
-
-
0.4
5
Sabinene
971
-
-
1.7
1.4
6
1-Octene-3-ol
974
1.1
1.4
1.8
1.3
..
..
..
..
..
..
..
PMC6259589
Another single profile
Table 2
Chemical constituents of the essential oil of A. conyzoides identified by GC-MS.
Compound
Retention time (min)
Retention index
Peak area (%)
α-Thujene
4.909
924
0.16
α-Pinene
5.100
931
0.30
β-Cubebene
22.312
1384
0.62
β-Elemene
22.396
1386
0.42
( E)-Caryophyllene
23.594
1414
14.23
α-Humulene
25.059
1450
2.80
Precocene I
25.517
1461
74.30
..
..
..
..
PMC6268859
Two independent profiles
Table 1
Major components identified in the volatile oils of L. camara and L. radula.
Peak no.
Constituent a
RI
L. camara (%)
L. radula (%)
1
α-Copaene
1374
1.1 ± 0.12
-
2
β-Elemene
1390
3.2 ± 0.51
-
3
Tetradecane
1399
1.0 ± 0.55
1.8 ± 0.26
4
E-Caryophyllene
1418
19.7 ± 3.32
25.3 ± 5.47
5
β-Gurjunene
1427
1.2 ± 0.15
-
6
α-Humulene
1451
9.3 ± 0.30
1.2 ± 0.06
7
β- E-Farnesene
1458
1.3 ± 0.20
Tr
..
..
..
..
..
The text was updated successfully, but these errors were encountered:
Looking forward to discussing this with you, Peter!
Manny
On Aug 7, 2019, at 11:49 AM, petermr <[email protected]> wrote:
Assigned #92 <#92> to @mannyrules <https://github.com/mannyrules>.
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How do articles represent profiles? Here we analyze the 6 Open papers in V1.0 to see some typical profiles:
PMC2900066
This is a simple table with only one profile.
PMC4044670
Another single profile
PMC3963878
This tables has 7 profiles which share common attributes (source, methods...) but are otherwise independent and could be given different Ids and denormalized.
PMC6253779
4 lightly coupled profiles
PMC6259589
Another single profile
PMC6268859
Two independent profiles
The text was updated successfully, but these errors were encountered: