Species
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Resource
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RRC ID
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Title
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Journal
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Published
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Link
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Human and Animal Cells
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SK-BR-3(RCB2132)
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69006
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Triterpene glycosides and other polar constituents of shea (Vitellaria paradoxa) kernels and their bioactivities.
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Phytochemistry |
2014-12-1 |
Pubmed
Full text
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Human and Animal Cells
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PANC-1(RCB2095)
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67851
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Inhibitory activity of flavonoids from Ephedrae Herba on hypoxia signaling in PANC-1 cells and the evaluation of their mechanisms.
|
J Nat Med |
2021-6-1 |
Pubmed
Full text
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Human and Animal Cells
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J774.1
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66055
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Bistinospinosides A and B, Dimeric Clerodane Diterpene Glycosides from Tinospora sagittata.
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J Nat Prod |
2017-9-22 |
Pubmed
Full text
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Human and Animal Cells
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B16 melanoma 4A5(RCB0557)
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65934
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Triterpenoid saponins from Polaskia chichipe Backbg. and their inhibitory or promotional effects on the melanogenesis of B16 melanoma cells.
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J Nat Med |
2017-10-1 |
Pubmed
Full text
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Human and Animal Cells
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B16 melanoma 4A5(RCB0557)
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65006
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Phenylethanoid and phenylpropanoid glycosides with melanogenesis inhibitory activity from the flowers of Narcissus tazetta var. chinensis.
|
J Nat Med |
2016-1-1 |
Pubmed
Full text
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Human and Animal Cells
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NB1RGB(RCB0222)
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61861
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New 8,12;8,20-diepoxy-8,14-secopregnane hexa- and hepta-glycosides from the roots of Asclepias tuberosa.
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J Nat Med |
2018-1-1 |
Pubmed
Full text
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Human and Animal Cells
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PANC-1(RCB2095)
,
HeLa(RCB0007)
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61407
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Calosides A-F, Cardenolides from Calotropis gigantea and Their Cytotoxic Activity.
|
J Nat Prod |
2020-2-28 |
Pubmed
Full text
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Human and Animal Cells
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NB2a(RCB2639)
,
Hep G2(RCB1886)
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61200
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A new sarasinoside congener, sarasinoside M2, from a marine sponge collected in the Solomon Islands.
|
Biosci Biotechnol Biochem |
2017-2-1 |
Pubmed
Full text
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Human and Animal Cells
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NB1RGB(RCB0222)
|
61178
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8,12;8,20-diepoxy-8,14-secopregnane glycosides from roots of Asclepias tuberosa and their effect on proliferation of human skin fibroblasts.
|
Phytochemistry |
2011-10-1 |
Pubmed
Full text
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General Microbes
|
JCM21373
|
60580
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Three New Isoflavonoid Glycosides from the Mangrove-Derived Actinomycete Micromonospora aurantiaca 110B.
|
Mar Drugs |
2019-5-17 |
Pubmed
Full text
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Human and Animal Cells
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HEp-2(RCB1889)
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59928
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Cytotoxic phenylethanoid glycosides from Digitalis davisiana Heywood: Evaluation of structure activity relationships and chemotaxonomical significance of isolated compounds.
|
Fitoterapia |
2019-6-1 |
Pubmed
Full text
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Human and Animal Cells
|
HeLa(RCB0007)
,
SK-N-SH(RCB0426)
,
HT1080(RCB1956)
|
58963
|
Identification of a novel glycan processing enzyme with exo-acting β-allosidase activity in the Golgi apparatus using a new platform for the synthesis of fluorescent substrates.
|
Bioorg Med Chem |
2015-1-1 |
Pubmed
Full text
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Human and Animal Cells
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MKN74(RCB1002)
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51725
|
New Isolinariins C, D and E, Flavonoid Glycosides from Linaria japonica.
|
Chem Pharm Bull (Tokyo) |
2016-1-1 |
Pubmed
Full text
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Pathogenic microorganisms
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NA
|
46802
|
Cytotoxic anthrasteroid glycosides, malsterosides A-C, from Malbranchea filamentosa.
|
J Antibiot (Tokyo) |
2014-8-1 |
Pubmed
Full text
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Human and Animal Cells
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IMR-32(RCB1895)
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44038
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Kuguaglycoside C, a constituent of Momordica charantia, induces caspase-independent cell death of neuroblastoma cells.
|
Cancer Sci |
2012-12-1 |
Pubmed
Full text
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Human and Animal Cells
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B16 melanoma 4A5(RCB0557)
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43947
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Glycosidic inhibitors of melanogenesis from leaves of Momordica charantia.
|
Chem Biodivers |
2012-7-1 |
Pubmed
Full text
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Human and Animal Cells
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B16 cells
|
42115
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Fluorous-tagged compound: a viable scaffold to prime oligosaccharide synthesis by cellular enzymes.
|
Biochem Biophys Res Commun |
2004-4-9 |
Pubmed
Full text
|
Human and Animal Cells
|
B16
|
39883
|
Azido glycoside primer: a versatile building block for the biocombinatorial synthesis of glycosphingolipid analogues.
|
Carbohydr Res |
2000-12-1 |
Pubmed
Full text
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Silkworms
|
|
36140
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Flavonoids from the cocoon of Rondotia menciana.
|
Phytochemistry |
2013-10-1 |
Pubmed
Full text
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Lotus / Glycine
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L. japonicus Miyakojima MG-20
|
30963
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Genomic clustering of cyanogenic glucoside biosynthetic genes aids their identification in Lotus japonicus and suggests the repeated evolution of this chemical defence pathway.
|
Plant J |
2011-10-1 |
Pubmed
Full text
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