Comprehensive Medicinal Plant Database
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Common
Crude drug
Plant
Compound
Sample
Data list
Assay result info
Result data type
% inhibition
Kind of animal
Concentration unit
mg/ml
Memo
Assay Result
No.
Sample
Crude drug
Concentration
Result data
Judgement
Assay result file
Memo
1
NIB-0014
CINNAMOMI CORTEX
0.1
NO production inhibitory activity:46.0% Cell viability:93.2%
Water extract
2
NIB-0015
CINNAMOMI CORTEX
0.1
NO production inhibitory activity:48.8% Cell viability:85.4%
Water extract
3
NIB-0043
CINNAMOMI CORTEX
0.1
NO production inhibitory activity:45.1% Cell viability:97.1%
Water extract
4
NIB-0062
CINNAMOMI CORTEX
0.1
NO production inhibitory activity:44.9% Cell viability:91.4%
Water extract
5
NIB-0068
CINNAMOMI CORTEX
0.1
NO production inhibitory activity:41.2% Cell viability:89.6%
Water extract
6
NIB-0069
CINNAMOMI CORTEX
0.1
NO production inhibitory activity:38.3% Cell viability:85.2%
Water extract
7
NIB-0070
CINNAMOMI CORTEX
0.1
NO production inhibitory activity:61.6% Cell viability:87.6%
Water extract
8
NIB-0078
CINNAMOMI CORTEX
0.1
NO production inhibitory activity:32.6% Cell viability:100.0%
Water extract
9
NIB-0095
CINNAMOMI CORTEX
0.1
NO production inhibitory activity:44.7% Cell viability:100.2%
Water extract
10
NIB-0117
CINNAMOMI CORTEX
0.1
NO production inhibitory activity:42.7% Cell viability:103.3%
Water extract
11
NIB-0118
CINNAMOMI CORTEX
0.1
NO production inhibitory activity:48.7% Cell viability:108.8%
Water extract
12
NIB-0119
CINNAMOMI CORTEX
0.1
NO production inhibitory activity:40.6% Cell viability:104.1%
Water extract
13
NIB-0151
CINNAMOMI CORTEX
0.1
NO production inhibitory activity:53.7% Cell viability:91.1%
Water extract
14
NIB-0171
CINNAMOMI CORTEX
0.1
NO production inhibitory activity:59.7% Cell viability:112.1%
Water extract
15
NIB-0187
CINNAMOMI CORTEX
0.1
NO production inhibitory activity:64.5% Cell viability:114.0%
Water extract
16
NIB-0188
CINNAMOMI CORTEX
0.1
NO production inhibitory activity:83.9% Cell viability:110.3%
Water extract
17
NIB-0222
CINNAMOMI CORTEX
0.1
NO production inhibitory activity:58.3% Cell viability:116.4%
Water extract