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Sodium Hydroxide (CID 14798) - Compound BioActivity Data
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BioActivity Outcomes:
Active(13)
 
 
Inactive(8)
 
 
BioAssay Types:
Literature(18)
 
 
 
Data download

Chemical Probe    Active    Inactive    Inconclusive    Unspecified   

Total Bioassays: 21    Data Row: 21   Total Pages: 2   Display: Page     
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#SubstanceActivityBioAssayTargetLinks
OutcomeTypeValue [μM]
1
[SID160708751]
Antiviral activity against Carnation ringspot virus infected compound-treated sap in Saponaria vaccaria at 1% incubated for 60 secs prior to inoculation measured after 6 weeks in green house conditions by non-isotopic molecular hybridisation assay [AID1087482, Type: Literature]
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2
[SID160708751]
Antiviral activity against Carnation ringspot virus infected compound-treated sap in Saponaria vaccaria at 0.5% incubated for 60 secs prior to inoculation measured after 6 weeks in green house conditions by non-isotopic molecular hybridisation assay [AID1087483, Type: Literature]
View
3
[SID160708751]
Antiviral activity against Carnation vein mottle virus infected compound-treated sap in Saponaria vaccaria at 0.1% incubated for 60 secs prior to inoculation measured after 6 weeks in green house conditions by non-isotopic molecular hybridisation assay [AID1087486, Type: Literature]
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4
[SID160708751]
Antiviral activity against Carnation vein mottle virus infected compound-treated sap in Saponaria vaccaria at 1% incubated for 60 secs prior to inoculation measured after 6 weeks in green house conditions by non-isotopic molecular hybridisation assay [AID1087492, Type: Literature]
View
5
[SID160708751]
Antiviral activity against Carnation vein mottle virus infected compound-treated sap in Saponaria vaccaria at 0.5% incubated for 60 secs prior to inoculation measured after 6 weeks in green house conditions by non-isotopic molecular hybridisation assay [AID1087493, Type: Literature]
View
6
[SID160708751]
Antiviral activity against Carnation Italian ringspot virus infected as compound-treated sap in Saponaria vaccaria at 1% incubated for 60 secs prior to inoculation measured after 6 weeks in green house conditions by non-isotopic molecular hybridisation assay [AID1087472, Type: Literature]
View
7
[SID160708751]
Antiviral activity against Carnation Italian ringspot virus infected as compound-treated sap in Saponaria vaccaria at 0.5% incubated for 60 secs prior to inoculation measured after 6 weeks in green house conditions by non-isotopic molecular hybridisation assay [AID1087473, Type: Literature]
View
8
[SID160708751]
Antiviral activity against Carnation latent virus infected compound-treated sap in Saponaria vaccaria at 1% incubated for 60 secs prior to inoculation measured after 6 weeks in green house conditions by non-isotopic molecular hybridisation assay [AID1087502, Type: Literature]
View
9
[SID160708751]
Antiviral activity against Carnation latent virus infected compound-treated sap in Saponaria vaccaria at 0.5% incubated for 60 secs prior to inoculation measured after 6 weeks in green house conditions by non-isotopic molecular hybridisation assay [AID1087503, Type: Literature]
View
10
[SID160708751]
Antiviral activity against Carnation etched ring virus infected compound-treated sap in Saponaria vaccaria at 1% incubated for 60 secs prior to inoculation measured after 6 weeks in green house conditions by non-isotopic molecular hybridisation assay [AID1087512, Type: Literature]
View
11
[SID160708751]
Antiviral activity against Carnation etched ring virus infected compound-treated sap in Saponaria vaccaria at 0.5% incubated for 60 secs prior to inoculation measured after 6 weeks in green house conditions by non-isotopic molecular hybridisation assay [AID1087513, Type: Literature]
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12
[SID160708751]
Antiviral activity against Carnation mottle virus infected compound-treated sap in Saponaria vaccaria at 1% incubated for 60 secs prior to inoculation measured after 6 weeks in green house conditions by non-isotopic molecular hybridisation assay [AID1087522, Type: Literature]
View
13
[SID160708751]
Antiviral activity against Carnation mottle virus infected compound-treated sap in Saponaria vaccaria at 0.5% incubated for 60 secs prior to inoculation measured after 6 weeks in green house conditions by non-isotopic molecular hybridisation assay [AID1087523, Type: Literature]
View
14
[SID160708751]
Antiviral activity against Carnation mottle virus infected compound-treated sap in Saponaria vaccaria at 0.1% incubated for 60 secs prior to inoculation measured after 6 weeks in green house conditions by non-isotopic molecular hybridisation assay [AID1087516, Type: Literature]
View
15
[SID160708751]
Antiviral activity against Carnation etched ring virus infected compound-treated sap in Saponaria vaccaria at 0.1% incubated for 60 secs prior to inoculation measured after 6 weeks in green house conditions by non-isotopic molecular hybridisation assay [AID1087506, Type: Literature]
View
16
[SID160708751]
Antiviral activity against Carnation ringspot virus infected compound-treated sap in Saponaria vaccaria at 0.1% incubated for 60 secs prior to inoculation measured after 6 weeks in green house conditions by non-isotopic molecular hybridisation assay [AID1087476, Type: Literature]
View
17
[SID160708751]
Antiviral activity against Carnation latent virus infected compound-treated sap in Saponaria vaccaria at 0.1% incubated for 60 secs prior to inoculation measured after 6 weeks in green house conditions by non-isotopic molecular hybridisation assay [AID1087496, Type: Literature]
View
18
[SID423975]
NCI In Vivo Anticancer Drug Screen. Data for tumor model B16 Melanoma (intraperitoneal) in B6D2F1 (BDF1) mice [AID192, Type: other]
View
19
[SID423975]
NCI In Vivo Anticancer Drug Screen. Data for tumor model L1210 Leukemia (intraperitoneal) in B6D2F1 (BDF1) mice [AID248, Type: other]
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20
[SID423975]
NCI In Vivo Anticancer Drug Screen. Data for tumor model P388 Leukemia (intraperitoneal) in CD2F1 (CDF1) mice [AID330, Type: other]
View