Natural products | DC Chemicals

Cat. No.	Product name	CAS No.
DCAP008	QS-21 Featured QS-21, an immunostimulatory saponin, could be used as a potent vaccine adjuvant. QS-21 stimulates Th2 humoral and Th1 cell-mediated immune responses through action on antigen presenting cells (APCs) and T cells. QS-21 can activate the NLRP3 inflammasome with subsequent release of caspase-1 dependent cytokines, IL-1β and IL-18[1][2][3].	141256-04-4
DCY-078	Procyanidin B1 >95%	20315-25-7
DCY-079	Procyanidin B2 >95%	29106-49-8
DCS-019	(-)-Huperzine A >98%,Standard References	102518-79-6
DCZ-158	CALCIUML-5-METHYLTETRAHYDROFOLATE >98%,Standard References	151533-22-1
DCC-073	Gossypol-acetic acid >98%,Standard References	12542-36-8
DCL-046	Triptolide,14-deoxy-14-oxo >98%,Standard References	38647-11-9
DCS-054	Carnosic acid >98%,Standard References	3650-09-7
DCF-001	Tetrandrine >98%,Standard References	518-34-3
DCZ-156	UR-144 >98%,Standard References	1199943-44-6
DCK-004	corilagin >98%,Standard References	23094-69-1
DCZ-059	L-Stepholidine Featured Stepholidine s a naturally occurring chemical compound found in the herb Stephania intermedia. Stepholidine is a dual D2 receptor antagonist and D1 receptor agonist, and has shown antipsychotic activity in animal studies.	16562-13-3
DCE-016	Chenodeoxycholic acid >98%,Standard References	474-25-9
DCR-004	Ellagic acid >98%,Standard References	476-66-4
DCE-004	Dihydrotanshinone I >98%,Standard References	87205-99-0
DCS-114	Embelin >98%,Standard References	550-24-3
DCL-047	Sulforaphane >98%,Standard References	4478-93-7
DCS-091	Cephalomannine >98%,Standard References	71610-00-9
DCC-002	Vinblastine >98%,Standard References	865-21-4
DCQ-004	4'-Demethylepipodophyllotoxin >98%,Standard References	6559-91-7
DCJ-030	Galanthamine >98%,Standard References	357-70-0
DCW-011	Evocarpine >98%,Standard References	15266-38-3
DCL-027	Lipoic acid Featured Lipoic acid is a selective, small molecule large-conductance Ca(2+)-activated K(+) channel (BKCa, KCa1.1, MaxiK) positive modulator with EC50 of 11 uM. Lipoic acid shows a favorable selectivity profile on Nav, Cav, SK, and IK channels. Lipoic acid causes distinct activation from a concentration of 0.3 and 10 µM Lipoic acid left-shifted the voltage activation curve by 60 mV. Lipoic acid reduces spontaneous phasic contractions in guinea pig urinary bladder strips at 1 uM, while having only a modest effect on contractions evoked by electrical field stimulation (EFS) and no effect on high K+-induced contractions.	62-46-4
DCF-029	Columbamine >98%,Standard References	3621-36-1
DCG-045	Nardosinone >98%,Standard References	23720-80-1
DCL-036	Glucosamine sulfate >98%,Standard References	14999-43-0
DCZ-276	5-Hydroxy-1-tetralone >98%,Standard References	28315-93-7
DCZ-277	Methyl 4-hydroxycinnamate >98%,Standard References	19367-38-5
DCZ-104	4-HYDROXY-3-METHOXYCINNAMALDEHYDE >98%,Standard References	458-36-6
DCL-018	2-Methoxycinnamic acid >98%,Standard References	6099-03-2
DCY-044	3-Hydroxy-4-methoxycinnamic acid >98%,Standard References	537-73-5
DCJ-059	Inosine >98%,Standard References	58-63-9
DCH-024	cis-Anethol >98%,Standard References	104-46-1
DCF-022	4-(4-Hydroxyphenyl)-2-butanone >98%,Standard References	5471-51-2
DCY-147	Isoeugenol >98%,Standard References	97-54-1
DCD-064	Eugenol >98%,Standard References	97-53-0
DCZ-272	Isopropyl 4-Hydroxybenzoate >98%,Standard References	4191-73-5
DCN-003	Propylparaben >98%,Standard References	94-13-3
DCB-027	Cantharidin >98%,Standard References	56-25-7
DCX-067	2,4,5-Trimethoxybenzaldehyde >98%,Standard References	4460-86-0
DCS-021	Gallic acid trimethyl ether >98%,Standard References	118-41-2
DCM-019	Propyl gallate Featured Propyl gallate is a common food antioxidant. Propyl gallate can inhibit the production of acrolein, glyoxal and methylglyoxal.	121-79-9
DCB-003	2-Hydroxyadenosine >98%,Standard References	1818-71-9
DCN-021	Guanosine >98%,Standard References	118-00-3
DCD-037	4-Isopropyltoluene >98%,Standard References	99-87-6
DCK-012	S-(-)-Carbidopa >98%,Standard References	28860-95-9
DCZ-126	Thymidine >98%,Standard References	50-89-5
DCZ-057	Perillene Perillene is a component of the essential oil, has antibacterial and antitumor effects.	539-52-6
DCZ-013	l-Perillaldehyde >98%,Standard References	18031-40-8
DCX-048	5-Isopropyl-2-methylphenol >98%,Standard References	499-75-2
DCJ-021	2-Adamantanone >98%,Standard References	700-58-3
DCS-081	Thymol >98%,Standard References	89-83-8
DCX-017	Thymopentin >98%,Standard References	69558-55-0
DCZ-012	Perillartine >98%,Standard References	30950-27-7
DCD-033	Hordenine >98%,Standard References	539-15-1
DCJ-016	Adamantane >98%,Standard References	281-23-2
DCN-011	Cinene >98%,Standard References	138-86-3
DCP-011	α-Pinene >98%,Standard References	2437-95-8
DCP-014	beta-Pinene >98%,Standard References	127-91-3
DCY-042	Ephedrine hydrochloride >98%,Standard References	50-98-6
DCH-053	Sinigrin >98%,Standard References	3952-98-5
DCZ-121	Vitamin B6 >98%,Standard References	8059-24-3
DCZ-018	Camphor >98%,Standard References	76-22-2
DCJ-018	2-Adamantanol >98%,Standard References	700-57-2
DCH-067	Sinigrin monohydrate >98%,Standard References	64550-88-5
DCZ-100	Borneol >98%,Standard References	507-70-0
DCC-081	Nerol >98%,Standard References	106-25-2
DCX-066	Geraniol >98%,Standard References	106-24-1
DCY-049	DL-Isoborneol >98%,Standard References	124-76-5
DCA-003	Cineole >98%,Standard References	470-82-6
DCS-110	α-terpineol >98%,Standard References	10482-56-1
DCF-012	Linalool >98%,Standard References	78-70-6
DCQ-026	10-Hydroxy-2-decenoic acid >98%,Standard References	14113-05-4
DCB-043	Menthol >98%,Standard References	89-78-1
DCB-041	L-Menthol >98%,Standard References	2216-51-5
DCB-012	DL-Menthol >98%,Standard References	1490-04-6
DCZ-149	Acetic acid octyl ester >98%,Standard References	112-14-1
DCF-027	Voglibose >98%,Standard References	83480-29-9
DCZ-270	1,4-Naphthoquinone >98%,Standard References	130-15-4
DCZ-244	5-Hydroxy-1,4-naphthalenedione(Juglone) Featured >98%,Standard References	481-39-0
DCZ-278	2-Hydroxy-1,4-naphoquinone >98%,Standard References	83-72-7
DCZ-052	Potassium 7-Hydroxy-1-naphthalenesulfonate >98%,Standard References	30252-40-5
DCQ-012	4-Methylumbelliferone >98%,Standard References	90-33-5
DCJ-070	7-Methoxycoumarin >98%,Standard References	531-59-9
DCB-069	Anemonin >98%,Standard References	90921-11-2
DCQ-021	Fraxetin >98%,Standard References	574-84-5
DCD-028	Anethole trithione >98%,Standard References	532-11-6
DCA-006	Sodium ferulic >98%,Standard References	24276-84-4
DCA-020	7-aMino-4-MethylcouMarin >98%,Standard References	26093-31-2
DCB-025	Scoparone >98%,Standard References	120-08-1
DCB-088	Fraxinol >98%,Standard References	486-28-2
DCY-027	Isofraxidin >98%,Standard References	486-21-5
DCS-083	L-Tryptophan >98%,Standard References	73-22-3
DCQ-032	5-Hydroxytryptophan >98%,Standard References	56-69-9
DCZ-135	Cinnamyl acetate >98%,Standard References	103-54-8
DCR-043	Myristicin >98%,Standard References	607-91-0
DCK-008	Ethyl caffeate >98%,Standard References	102-37-4
DCL-078	Gramine >98%,Standard References	87-52-5
DCJ-008	Cytisine >98%,Standard References	485-35-8
DCZ-252	Methyl isoeugenol >98%,Standard References	93-16-3
DCJ-062	Methyl eugenol >98%,Standard References	93-15-2
DCZ-271	Isobutyl 4-Hydroxybenzoate >98%,Standard References	4247-02-3
DCN-005	Butylparaben Featured Butylparaben is an organic compound that has proven to be a very successful antimicrobial preservative in cosmetics, can also be used in active molecule suspensions, and as a food flavoring additive.	94-26-8
DCJ-034	Zingerone >98%,Standard References	122-48-5
DCT-035	Deoxyarbutin >98%,Standard References	53936-56-4
DCS-020	Methyl 3,4,5-trimethoxybenzoate >98%,Standard References	1916-07-0
DCJ-058	2-Undecanone >98%,Standard References	112-12-9
DCY-034	Isopsoralen >98%,Standard References	523-50-2
DCB-065	Psoralen >98%,Standard References	66-97-7
DCW-021	Menadione >98%,Standard References	58-27-5
DCB-046	Dimethylfraxetin >98%,Standard References	6035-49-0
DCX-039	1-Methyl-L-tryptophan >98%,Standard References	21339-55-9
DCX-040	L-Abrine >98%,Standard References	526-31-8
DCZ-037	3-n-Butylphathlide >98%,Standard References	6066-49-5
DCD-015	Ethyl 4-methoxycinnamate >98%,Standard References	24393-56-4
DCA-005	Ethyl 4'-hydroxy-3'-methoxycinnamate >98%,Standard References	4046-02-0
DCZ-106	3,4,5-Trimethoxycinnamic acid >98%,Standard References	90-50-6
DCJ-032	Caulophylline >98%,Standard References	486-86-2
DCX-063	a-Asarone >98%,Standard References	2883-98-9
DCX-064	β-Asarone >98%,Standard References	5273-86-9
DCG-055	Pogostone Pogostone is isolated from patchouli oil with anti-bacterial and anti-cancer activities. Pogostone inhibits both gram negative and gram positive bacteria, also show inhibitory effect on corynebacterium xerosis with a MIC value of 0.098 µg/ml . Pogostone induces cell apoptosis and autophagy.	23800-56-8
DCX-007	Arbutin >98%,Standard References	497-76-7
DCZ-120	Thiamine chloride >98%,Standard References	59-43-8
DCF-023	2-(1-Ethoxyethoxy)ethyl)benzene >98%,Standard References	2556-10-7
DCZ-124	Isolinderalactone >98%,Standard References	957-66-4
DCZ-147	Isobornyl acetate >98%,Standard References	125-12-2
DCY-108	Bornyl acetate >98%,Standard References	20347-65-3
DCZ-283	Lactose >98%,Standard References	63-42-3
DCZ-038	Sucrose >98%,Standard References	57-50-1
DCM-068	Maltose >98%,Standard References	69-79-4
DCH-073	Trehalose >98%,Standard References	99-20-7
DCL-077	Glucoraphanin >98%,Standard References	21414-41-5
DCY-127	Isobergapten >98%,Standard References	482-48-4
DCF-008	Bergapten >98%,Standard References	484-20-8
DCS-075	α-Terthiophene >98%,Standard References	1081-34-1
DCB-036	Dictamnine >98%,Standard References	484-29-7
DCC-022	Atractylodin >98%,Standard References	55290-63-6
DCZ-173	Phenyl benzoate >98%,Standard References	93-99-2
DCZ-245	5,6-Dimethoxy-2H-furo[2,3-h]chromen-2-one >98%,Standard References	131-12-4
DCQ-041	Harmine >98%,Standard References	442-51-3
DCY-128	Harmine Hydrochloride >98%,Standard References	343-27-1
DCM-065	3-O-galloylmucic acid >98%,Standard References
DCT-015	Melatonine Featured >98%,Standard References	73-31-4
DCD-047	Helicid >98%,Standard References	80154-34-3
DCT-036	Damascenone >98%,Standard References	23696-85-7
DCS-015	Salicoside >98%,Standard References	138-52-3
DCT-007	Gastrodin >98%,Standard References	62499-27-8
DCT-025	Orcinolglucoside >98%,Standard References	21082-33-7
DCZ-064	Ionone >98%,Standard References	8013-90-9
DCL-038	Chondroitin 4-sulfate >98%,Standard References	24967-93-9
DCL-066	Bellidifolin >98%,Standard References	2798-25-6
DCD-073	Swertianin >98%,Standard References	20882-75-1
DCZ-172	Benzyl benzoate >98%,Standard References	120-51-4
DCC-083	Pinosylvin >98%,Standard References	22139-77-1
DCB-002	Resveratrol >98%,Standard References	501-36-0
DCQ-048	demethoxyyangonin >98%,Standard References	15345-89-8
DCY-177	Oxyresveratrol >98%,Standard References	29700-22-9
DCS-126	Narciclasine >98%,Standard References	29477-83-6
DCZ-033	Kavain >98%,Standard References	3155-48-4
DCE-028	Columbianetin >98%,Standard References	3804-70-4
DCY-136	Chloroxylonine >98%,Standard References	83-95-4
DCE-019	dihydrokavain >98%,Standard References	587-63-3
DCY-015	Bengenin >98%,Standard References	477-90-7
DCT-028	Musk ketone >98%,Standard References	81-14-1
DCB-071	Menisdaurin >98%,Standard References	67765-58-6
DCZ-029	Lithosprmoside >98%,Standard References	63492-69-3
DCR-039	Myristic acid >98%,Standard References	544-63-8
DCE-005	1,8-Dihydroxyanthraquinone >98%,Standard References	117-10-2
DCQ-062	Purpurin >98%,Standard References	81-54-9
DCD-017	Chrysophanic acid >98%,Standard References	481-74-3
DCK-011	Rubiadin、 1,3-Dihydroxy-2-methylanthraquinone >98%,Standard References	117-02-2
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
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
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