Publications in 2024
Featured Products
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7-Hydroxy-2',5,8-trimethoxyflavanone
CAS NO.:100079-34-3 Cat. No.:BCN5817 -
2',4'-Dihydroxy-2,3',6'-trimethoxychalcone
CAS NO.:100079-39-8 Cat. No.:BCN1643 -
Chloramultilide B
CAS NO.:1000995-47-0 Cat. No.:BCN6613 -
Chloramultilide C
CAS NO.:1000995-48-1 Cat. No.:BCN6618 -
Chloramultilide D
CAS NO.:1000995-49-2 Cat. No.:BCN7102 -
1,4,5,6-Tetrahydroxy-7-prenylxanthone
CAS NO.:1001424-68-5 Cat. No.:BCN1642 -
Piscidinol A
CAS NO.:100198-09-2 Cat. No.:BCN5818 -
Dihydroresveratrol 3-O-glucoside
CAS NO.:100432-87-9 Cat. No.:BCN5821 -
Gelomulide N
CAS NO.:1005212-02-1 Cat. No.:BCN6641 -
Monomethylsulochrin
CAS NO.:10056-14-1 Cat. No.:BCN7255 -
(-)-Epipinoresinol
CAS NO.:10061-38-8 Cat. No.:BCN3377 -
1-O-Deacetylkhayanolide E
CAS NO.:1007387-95-2 Cat. No.:BCN5823 -
Larixinol
CAS NO.:101046-79-1 Cat. No.:BCN6484 -
Longipedlactone J
CAS NO.:1011762-93-8 Cat. No.:BCN6644 -
Kushenol L
CAS NO.:101236-50-4 Cat. No.:BCN3309 -
Kushenol M
CAS NO.:101236-51-5 Cat. No.:BCN3310 -
Formosanol
CAS NO.:101312-79-2 Cat. No.:BCN5826 -
5''-O-Syringoylkelampayoside A
CAS NO.:1014974-98-1 Cat. No.:BCN4798 -
trans-2,3-Dihydro-3-ethoxyeuparin
CAS NO.:1015698-14-2 Cat. No.:BCN6923 -
Barpisoflavone A
CAS NO.:101691-27-4 Cat. No.:BCN4739 -
Olivil monoacetate
CAS NO.:1016974-78-9 Cat. No.:BCN4738 -
6-O-p-Hydroxybenzoylaucubin
CAS NO.:1016987-87-3 Cat. No.:BCN5831 -
Sanggenofuran B
CAS NO.:1017277-40-5 Cat. No.:BCN7194 -
Desacetylmatricarin
CAS NO.:10180-88-8 Cat. No.:BCN7258 -
Protosappanin A
CAS NO.:102036-28-2 Cat. No.:BCN7259 -
3-O-Methyltirotundin
CAS NO.:1021945-29-8 Cat. No.:BCN5837 -
Negsehisandrin G
CAS NO.:1023744-69-5 Cat. No.:BCN2674 -
Kushenol N
CAS NO.:102490-65-3 Cat. No.:BCN2984 -
Periglaucine A
CAS NO.:1025023-04-4 Cat. No.:BCN5839 -
Periglaucine B
CAS NO.:1025023-05-5 Cat. No.:BCN7053
New Products
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Safrole
CAS NO.:94-59-7 Cat. No.:BCX2067 -
Forsythoside F
CAS NO.:94130-58-2 Cat. No.:BCX2066 -
4-Hydroxy-3-methoxystyrene
CAS NO.:7786-61-0 Cat. No.:BCX2065 -
Glycochenodeoxycholic Acid
CAS NO.:640-79-9 Cat. No.:BCX2064 -
Hyocholic acid
CAS NO.:547-75-1 Cat. No.:BCX2063 -
Hesperetin Dihydrochalcone
CAS NO.:35400-60-3 Cat. No.:BCX2062 -
Isocryptomerin
CAS NO.:20931-58-2 Cat. No.:BCX2061 -
Glycohyodeoxycholic acid
CAS NO.:13042-33-6 Cat. No.:BCX2060 -
Procurcumadiol
CAS NO.:129673-90-1 Cat. No.:BCX2059 -
Eurycomanol 2-O-β-D-glucopyranoside
CAS NO.:126260-97-7 Cat. No.:BCX2058 -
22S,23S-Homobrassinolide
CAS NO.:110369-52-3 Cat. No.:BCX2057 -
Desulfatlon myricatin
CAS NO.:80445-68-7 Cat. No.:BCX2056 -
Isoacuminatanol
CAS NO.:2446349-77-3 Cat. No.:BCX2055 -
Isodihydromyricetin
CAS NO.:119439-94-0 Cat. No.:BCX2054 -
Dolichovespulide
CAS NO.:2368827-42-1 Cat. No.:BCX2053 -
Cordifolioidyne A
CAS NO.:1004781-44-5 Cat. No.:BCX2052 -
1-(3-Methoxy-4-hydroxyphenyl)-3-acetoxy-5-hydroxy-7-(3,4-dihydroxy-5-methoxyphenyl)heptane
CAS NO.:934959-67-8 Cat. No.:BCX2051 -
Kankanoside F
CAS NO.:916650-12-9 Cat. No.:BCX2050 -
2',3'-epoxy-N-methylatanine
CAS NO.:1384841-46-6 Cat. No.:BCX2049 -
25-Methoxyginsenoside Rg3
CAS NO.:2977279-15-3 Cat. No.:BCX2048 -
Mangostenol
CAS NO.:437711-43-8 Cat. No.:BCX2047 -
Clausemargic A
CAS NO.:2365115-15-5 Cat. No.:BCX2046 -
zeta-Clausenamide
CAS NO.:136173-85-8 Cat. No.:BCX2045 -
alpha-Santalen-12-oic acid
CAS NO.:74642-79-8 Cat. No.:BCX2044 -
Cistanoside E
CAS NO.:97400-08-3 Cat. No.:BCX2043 -
Pseudolaroside A
CAS NO.:885111-85-3 Cat. No.:BCX2042 -
Syringalide A 3'-rhamnoside
CAS NO.:110327-00-9 Cat. No.:BCX2041 -
Kankanoside E
CAS NO.:906080-70-4 Cat. No.:BCX2040 -
Kankanoside O
CAS NO.:1326304-00-0 Cat. No.:BCX2039 -
Kenposide A
CAS NO.:152520-94-0 Cat. No.:BCX2038
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When faced with the need to combat diseases, plant cells develop immunocompetence.
New Research Uncovers How Plant Cells Defend Against Pathogens In the realm of biology, the defense mechanisms of living organisms against threats are a subject of great interest. While the human body deploys a diverse array of immune cells that circulate throughout the body, safeguarding against everything from minor cuts to complex diseases like cancer, plants face a different set of challenges. Plant cells are immobile, compelling each individual cell to handle its own immunity while simultaneously fulfilling other crucial functions such as photosynthesis and growth. Until recently, the exact processes by which these multitasking plant cells detect threats, communicate them, an ……view more
Therapeutic potential of plant-derived flavonoids against inflammation
Pathological pain can occur following inflammation and/or peripheral nerve injury. It isn't merely a symptom; rather, it results from the abnormal functioning of the nervous system. In fact, pain represents a substantial social, health, and economic burden globally. Flavonoids are plant - derived compounds that are commonly present in numerous fruits and vegetables and are part of our daily diet. Flavonoids are classified into different groups. Although they have unique structures, they all share a fundamental structure composed of three rings, referred to as the flavan nucleus. Structural variations exist in the substitution pattern of one of these rings. ……view more
