Others | DC Chemicals

Cat. No.	Product name	CAS No.
DCB-001	Chrysin >98%,Standard References	480-40-0
DCD-016	Daidzein >98%,Standard References	486-66-8
DCD-029	Emodin >98%,Standard References	518-82-1
DCL-014	Aloeemodin >98%,Standard References	481-72-1
DCH-018	Baicalein >98%,Standard References	491-67-8
DCG-013	3,5,7-Trihydroxyflavone >98%,Standard References	548-83-4
DCQ-001	Fisetin >98%,Standard References	528-48-3
DC52032	Luteolin Featured Luteolin (Luteoline), a flavanoid compound, is a potent Nrf2 inhibitor. Luteolin has anti-inflammatory, anti-cancer properties, including the induction of apoptosis and cell cycle arrest, and the inhibition of metastasis and angiogenesis, in several cancer cell lines, including human non-small lung cancer cells.	491-70-3
DCS-014	Kaempferol >98%,Standard References	520-18-3
DCC-046	Herbacetin >98%,Standard References	527-95-7
DCS-052	Morin >98%,Standard References	480-16-0
DCH-009	Quercetin >98%,Standard References	117-39-5
DCY-028	Myricetin >98%,Standard References	529-44-2
DCL-043	Cyanidin Chloride >98%,Standard References	528-58-5
DCQ-060	Pinocembrin >98%,Standard References	480-39-7
DCG-036	Liquiritigenin >98%,Standard References	578-86-9
DC52031	Naringenin Featured Naringenin is the predominant flavanone in grapefruit; displays strong anti-inflammatory and antioxidant activities. Naringenin has anti-dengue virus (DENV) activity.	480-41-1
DCS-076	Eriodictyol >98%,Standard References	552-58-9
DCJ-053	Methylswertianin >98%,Standard References	22172-17-4
DCE-001	Taxifolin >98%,Standard References	480-18-2
DCE-002	Dihydromyricetin >98%,Standard References	27200-12-0
DCJ-036	yangonin >98%,Standard References	500-62-9
DCG-022	Phloretin >98%,Standard References	60-82-2
DCM-044	methysticin >98%,Standard References	20697-20-5
DCE-011	Cianidanol >98%,Standard References	154-23-4
DCB-020	L-Epicatechin >98%,Standard References	490-46-0
DCZ-267	(-)-Gallocatechin >98%,Standard References	3371-27-5
DCB-021	(-)-Epigallocatechin >98%,Standard References	970-74-1
DCX-037	linderalactone Featured Linderalactone showed significant inhibitory effects on superoxide anion generation by human neutrophils in response to fMLP/CB, values of IC5 is 8.48 μg/mL.	728-61-0
DCS-008	Osthole >98%,Standard References	484-12-8
DCC-053	Meranzin >98%,Standard References	23971-42-8
DCE-020	dihydromethysticin >98%,Standard References	19902-91-1
DCY-174	SkiMMin >98%,Standard References	93-39-0
DCQ-014	Esculin >98%,Standard References	531-75-9
DCQ-016	Dehydrocostuslactone >98%,Standard References	477-43-0
DCB-045	Ulopterol >98%,Standard References	28095-18-3
DCT-023	Alantolactone >98%,Standard References	546-43-0
DCM-022	costunolide >98%,Standard References	553-21-9
DCY-059	Isoalantolactone >98%,Standard References	470-17-7
DCQ-085	Arteannuin >98%,Standard References	50906-56-4
DCZ-114	Abscisic acid >98%,Standard References	14375-45-2
DCM-035	Rosin >98%,Standard References	85026-55-7
DCD-081	PhysostigMine >98%,Standard References	57-47-6
DCG-020	Gliclazide Featured >98%,Standard References	21187-98-4
DCY-066	Oxysophocarpine >98%,Standard References	26904-64-3
DCZ-268	Aristolone >98%,Standard References	25274-27-5
DCX-038	α-Cyperone >98%,Standard References	473-08-5
DCJ-025	Germacrone >98%,Standard References	6902-91-6
DCZ-005	Catalpol >98%,Standard References	2415-24-9
DCQ-054	Artemisinic acid >98%,Standard References	80286-58-4
DCF-024	Bakkenolide A >98%,Standard References	19906-72-0
DCQ-005	Artemisinin >98%,Standard References	63968-64-9
DCM-016	Octyl gallate >98%,Standard References	1034-01-1
DCS-064	Kaempferide >98%,Standard References	491-54-3
DCT-016	Aucubin >98%,Standard References	479-98-1
DCZ-240	Sophoridine >98%,Standard References	83148-91-8
DCK-002	Matrine >98%,Standard References	519-02-8
DCY-163	Oxysophoridine >98%,Standard References	54809-74-4
DCY-013	Ammothamnine >98%,Standard References	16837-52-8
DCC-055	Shyobunone >98%,Standard References	21698-44-2
DCH-021	harpagide >98%,Standard References	6926-08-5
DCE-003	Curcumol >98%,Standard References	4871-97-0
DCE-009	Germacr-1(10)-ene-5,8-dione >98%,Standard References	13657-68-6
DCS-012	Dihydroartemisinin >98%,Standard References	71939-50-9
DCZ-150	Ajugol >98%,Standard References	52949-83-4
DCZ-182	Nerolidol >98%,Standard References	7212-44-4
DCM-043	Hinesol >98%,Standard References	23811-08-7
DCX-054	Cedrol >98%,Standard References	77-53-2
DCH-034	Alismoxide >98%,Standard References	87701-68-6
DCC-054	Pterodondiol >98%,Standard References	60132-35-6
DCY-037	Demethylwedelolactone >98%,Standard References	6468-55-9
DCD-035	Indigo >98%,Standard References	482-89-3
DCP-003	wedelolactone >98%,Standard References	524-12-9
DCE-030	3,3’-Di-O-methylellagic acid >98%,Standard References	2239-88-5
DCC-031	Orange I >98%,Standard References	523-44-4
DCC-033	Orange Ⅱ >98%,Standard References	633-96-5
DCS-039	Sudan I >98%,Standard References	842-07-9
DCJ-035	Rubiadin-1-methyl ether >98%,Standard References	7460-43-7
DCJ-052	7-O-Methylchrysin >98%,Standard References
DCC-018	Formononetin >98%,Standard References	485-72-3
DCY-009	Biochanin A >98%,Standard References	491-80-5
DCY-091	Genkwanin >98%,Standard References	437-64-9
DCM-021	Calycosin >98%,Standard References	20575-57-9
DCH-039	Glycitein >98%,Standard References	40957-83-3
DCQ-020	Oroxylin A Featured >98%,Standard References	480-11-5
DCM-030	Maackiain >98%,Standard References	19908-48-6
DCX-024	Diosmetin >98%,Standard References	520-34-3
DCQ-051	hydroxygenkwanin >98%,Standard References	20243-59-8
DCY-072	Tectorigenin >98%,Standard References	548-77-6
DCY-039	Isorhamnetin >98%,Standard References	480-19-3
DCS-034	Alpinetin >98%,Standard References	36052-37-6
DCC-050	Echinatin >98%,Standard References	34221-41-5
DCO-001	Imperatorin >98%,Standard References	482-44-0
DCY-007	Isoimperatorin >98%,Standard References	482-45-1
DCY-151	Oxypeucedanin >98%,Standard References	737-52-0
DCG-034	Licochalcone B >98%,Standard References	58749-23-8
DCB-060	Brazilin >98%,Standard References	474-07-7
DCD-061	Heraclenin >98%,Standard References	2880-49-1
DCS-088	Hematoxylin >98%,Standard References	517-28-2
DCC-017	Hesperetin >98%,Standard References	520-33-2
DCZ-167	N-Benzoyl-(2R,3S)-3-phenylisoserine >98%,Standard References	132201-33-3
DCZ-042	Pterostilbene >98%,Standard References	537-42-8
DCY-074	Protosappanin B >98%,Standard References	102036-29-3
DCZ-154	OXYPEUCEDANIN HYDRATE >98%,Standard References	133164-11-1
DCB-056	Heraclenol >98%,Standard References	31575-93-6
DCQ-078	Higenamine >98%,Standard References	5843-65-2
DCZ-139	Demethyl >98%,Standard References	11041-94-4
DCS-103	Lycorine >98%,Standard References	476-28-8
DCY-118	Lycorine hydrochloride >98%,Standard References	2188-68-3
DCS-007	Cimifugin >98%,Standard References	37921-38-3
DCX-014	Neochlorogenic acid >98%,Standard References	906-33-2
DCD-062	Scopolin >98%,Standard References	531-44-2
DCY-067	Cryptochlorogenic acid >98%,Standard References	905-99-7
DCC-078	Febrifugine >98%,Standard References	24159-07-7
DCE-034	Dihydrolycorine >98%,Standard References	6271-21-2
DCS-093	Huperzine B >98%,Standard References	103548-82-9
DCM-033	toddalolactone >98%,Standard References	483-90-9
DC55150	Gentiopicroside Featured Gentiopicroside, a naturally occurring iridoid glycoside, inhibits P450 activity, with an IC50 and a Ki of 61 µM and 22.8 µM for CYP2A6; Gentiopicroside has antianti-inflammatoryand antioxidative effects.	20831-76-9
DCZ-152	Swertiamarine >98%,Standard References	17388-39-5
DCS-036	monotropein >98%,Standard References	5945-50-6
DCZ-009	Sweroside >98%,Standard References	14215-86-2
DCY-017	Monocrotaline >98%,Standard References	315-22-0
DCJ-043	Sinapine thiocyanate >98%,Standard References	7431-77-8
DCM-008	Loganic acid >98%,Standard References	22255-40-9
DCS-082	Dendrobine >98%,Standard References	2115-91-5
DCS-116	Lycodoline >98%,Standard References	6900-92-1
DCX-031	clareolide >98%,Standard References	564-20-5
DCH-010	Artemether >98%,Standard References	71963-77-4
DCZ-229	Rehmapicroside >98%,Standard References	104056-82-8
DCM-036	Rosiridin >98%,Standard References	100462-37-1
DCS-031	3-Methylcyclopentadecanone >98%,Standard References	541-91-3
DCZ-032	Palmitic acid Featured Palmitic acid is a long-chain saturated fatty acid commonly found in both animals and plants. PA can induce the expression of glucose-regulated protein 78 (GRP78) and CCAAT/enhancer binding protein homologous protein (CHOP) in in mouse granulosa cells. Palmitic acid is used to establish a cell steatosis model.	57-10-3
DCM-071	Aristolochic acid B >98%,Standard References	475-80-9
DCM-029	Aristolochic acid C >98%,Standard References	4849-90-5
DCM-060	Aristolactam I >98%,Standard References	13395-02-3
DCM-050	Aristolochic acid >98%,Standard References	313-67-7
DCQ-050	7-hydroxy aristolochic acid A >98%,Standard References	79185-75-4
DCJ-045	5-Methyl-7-methoxyisoflavone >98%,Standard References	82517-12-2
DCQ-070	5-hydroxy-7,8-dimethoxyflavone >98%,Standard References	3570-62-5
DCQ-071	5-Hydroxy-6,7-dimethoxylflavone >98%,Standard References	740-33-0
DCL-069	Pectolinarigenin >98%,Standard References	520-12-7
DCZ-058	Jaceosidin >98%,Standard References	18085-97-7
DCC-007	Aurantio-obtusin >98%,Standard References	67979-25-3
DCX-059	Dracohodin perochlorate >98%,Standard References	125536-25-6
DCD-053	farrerol >98%,Standard References	24211-30-1
DCP-007	Pashanone >98%,Standard References	42438-78-8
DCB-008	Byakangelicol >98%,Standard References	26091-79-2
DCQ-076	1-Hydroxy-2,3,4,7-tetramethoxyxanthone >98%,Standard References	14103-09-4
DCZ-168	Methyl (2R,3S)-3-(benzoylamino)-2-hydroxy-3-phenylpropanoate >98%,Standard References	32981-85-4
DCL-057	Loureirin A >98%,Standard References	119425-89-7
DCB-005	Byakangelicin >98%,Standard References	19573-01-4
DCC-044	Tea polyphenol >98%,Standard References	84650-60-2
DCH-001	Piperine >98%,Standard References	94-62-2
DCW-019	Vitamin B2 >98%,Standard References	83-88-5
DCQ-034	Scopolamine hydrobromide >98%,Standard References	114-49-8
DCL-051	L-Hyoscyamine >98%,Standard References	101-31-5
DCX-008	Racanisodamine >98%,Standard References	17659-49-3
DCR-044	Falcarinol >98%,Standard References	21852-80-2
DCM-042	Verbenalin >98%,Standard References	548-37-8
DCQ-049	hastatoside >98%,Standard References	50816-24-5
DCH-046	Sesamoside >98%,Standard References	117479-87-5
DCL-050	Falcarindiol >98%,Standard References	225110-25-8
DCJ-038	6-Shogaol Featured >98%,Standard References	555-66-8
DCZ-155	1-O-acetyl Britannilactone >98%,Standard References	681457-46-5
DCZ-125	inulicin >98%,Standard References	33627-41-7
DCC-009	Eleutheroside B >98%,Standard References	118-34-3
DCZ-264	Loganin >98%,Standard References	18524-94-2
DCS-013	hanzhiside methyl ester >98%,Standard References	64421-28-9
DCY-112	8-O-Acetylharpagide >98%,Standard References	6926-14-3
DCM-027	Morroniside >98%,Standard References	25406-64-8
DCJ-019	6-Gingerol >98%,Standard References	23513-14-6
DCZ-060	Methyl hexadecanoate >98%,Standard References	112-39-0
DCR-045	Monomyristin Featured >98%,Standard References	589-68-4
DCS-120	Kranjin >98%,Standard References	521-88-0
DCW-013	Rutaecarpine >98%,Standard References	84-26-4
DCC-034	Orange IV >98%,Standard References	554-73-4
DCS-040	Sudan II >98%,Standard References	3118-97-6
DCH-071	1,7-Dihydroxy-2,3,8-trimethoxy-6-methylanthracene-9,10-dione；Obtusin >98%,Standard References	70588-05-5
DCS-028	Lysionotin >98%,Standard References	152743-19-6
DCS-001	(+)-Usniacin >98%,Standard References	7562-61-0
DCH-004	Magnolol Featured >98%,Standard References	528-43-8
DCY-054	Rosiglitazone hydrochloride >98%,Standard References	302543-62-0
DCZ-274	Norisoboldine >98%,Standard References	23599-69-1
DCQ-030	Laurolitsine >98%,Standard References	5890-18-6
DCW-010	Evodine >98%,Standard References	6989-38-4
DCJ-006	Diethylstilbestrol >98%,Standard References	56-53-1
DCK-024	Combretastatin A-4 >98%,Standard References	117048-59-6
DCL-058	Loureirin B >98%,Standard References	119425-90-0
DCC-077	Asperuloside >98%,Standard References	14259-45-1
DCC-021	Estrone >98%,Standard References	53-16-7
DCT-024	Heterophyllin B >98%,Standard References	145459-19-4
DCS-119	Lycorenine >98%,Standard References	477-19-0
DC52030	Bakuchiol Featured Bakuchiol is a phytoestrogen isolated from the seeds of Psoralea corylifolia L; has anti-tumor effects.	10309-37-2
DCY-109	Linolenic acid Featured α-Linolenic acid, isolated from seed oils, is an essential fatty acid that cannot be synthesized by humans. α-Linolenic acid can affect the process of thrombotic through the modulation of PI3K/Akt signaling. α-Linolenic acid possess the anti-arrhythmic properties and is related to cardiovascular disease and cancer[1].	463-40-1
DCF-014	Calcium pantothenate >98%,Standard References	137-08-6
DCZ-238	Manninotriose >98%,Standard References	13382-86-0
DCM-058	Raffinose >98%,Standard References	512-69-6
DCY-096	α-Linoleic acid >98%,Standard References	60-33-3
DCY-156	cis-9-Octadecenoic acid Featured cis-9-Octadecenoic acid is an abundant monounsaturated fatty acid. Oleic acid is a Na+/K+ ATPase activator.	112-80-1
DCY-157	Laurocapram >98%,Standard References	59227-89-3