Chemical Name: Batatasin III, Chemical Formula: C15H16O3, Purity: HPLC≥98%. This Botanical Reference Material, specifically a plant high-purity control strain, is essential for scientific research and identification purposes. It is used in chemical composition analysis, pharmacological activity screening, toxicity mechanism research, and other related fields, ensuring accurate qualitative and purity analysis, uniformity testing, and stability monitoring.
Manninotriose (STC0540120)
Chemical Name: Manninotriose, Chemical Formula: C18H32O16, Purity: HPLC≥98%. This Botanical Reference Material, specifically a plant high-purity control strain, is essential for scientific research and identification purposes. It is used in chemical composition analysis, pharmacological activity screening, toxicity mechanism research, and other related fields, ensuring accurate qualitative and purity analysis, uniformity testing, and stability monitoring.
4-Amidopyridine (STC0560100)
Chemical Name: 4-Amidopyridine, Chemical Formula: C6H6N2O, Purity: HPLC≥98%. This Botanical Reference Material, specifically a plant high-purity control strain, is essential for scientific research and identification purposes. It is used in chemical composition analysis, pharmacological activity screening, toxicity mechanism research, and other related fields, ensuring accurate qualitative and purity analysis, uniformity testing, and stability monitoring.
4-Picolinic acid (STC0550100)
Chemical Name: 4-Picolinic acid, Chemical Formula: C6H5NO2, Purity: HPLC≥98%. This Botanical Reference Material, specifically a plant high-purity control strain, is essential for scientific research and identification purposes. It is used in chemical composition analysis, pharmacological activity screening, toxicity mechanism research, and other related fields, ensuring accurate qualitative and purity analysis, uniformity testing, and stability monitoring.
Guvacoline hydrochloride (STC0530105)
Chemical Name: Guvacoline hydrochloride, Chemical Formula: C7H11NO2.ClH, Purity: HPLC≥98%. This Botanical Reference Material, specifically a plant high-purity control strain, is essential for scientific research and identification purposes. It is used in chemical composition analysis, pharmacological activity screening, toxicity mechanism research, and other related fields, ensuring accurate qualitative and purity analysis, uniformity testing, and stability monitoring.
Isoquercitrin (STC0520120)
Chemical Name: Isoquercitrin, Chemical Formula: C21H20O12, Purity: HPLC≥98%. This Botanical Reference Material, specifically a plant high-purity control strain, is essential for scientific research and identification purposes. It is used in chemical composition analysis, pharmacological activity screening, toxicity mechanism research, and other related fields, ensuring accurate qualitative and purity analysis, uniformity testing, and stability monitoring.
1,2-Dioleoyl-3-linolein (STC0510120)
Chemical Name: 1,2-Dioleoyl-3-linolein, Chemical Formula: C57H102O6, Purity: HPLC≥98%. This Botanical Reference Material, specifically a plant high-purity control strain, is essential for scientific research and identification purposes. It is used in chemical composition analysis, pharmacological activity screening, toxicity mechanism research, and other related fields, ensuring accurate qualitative and purity analysis, uniformity testing, and stability monitoring.
1,2-Dilinoleoyl-3-olein (STC0500120)
Chemical Name: 1,2-Dilinoleoyl-3-olein, Chemical Formula: C57H100O6, Purity: HPLC≥98%. This Botanical Reference Material, specifically a plant high-purity control strain, is essential for scientific research and identification purposes. It is used in chemical composition analysis, pharmacological activity screening, toxicity mechanism research, and other related fields, ensuring accurate qualitative and purity analysis, uniformity testing, and stability monitoring.
Glycerin trilinoleate (STC0490120)
Chemical Name: Glycerin trilinoleate, Chemical Formula: C57H98O6, Purity: HPLC≥98%. This Botanical Reference Material, specifically a plant high-purity control strain, is essential for scientific research and identification purposes. It is used in chemical composition analysis, pharmacological activity screening, toxicity mechanism research, and other related fields, ensuring accurate qualitative and purity analysis, uniformity testing, and stability monitoring.
TPP (STC0470100)
Chemical Name: TPP, Chemical Formula: C18H15O4P, Purity: GC≥98%. This Botanical Reference Material, specifically a plant high-purity control strain, is essential for scientific research and identification purposes. It is used in chemical composition analysis, pharmacological activity screening, toxicity mechanism research, and other related fields, ensuring accurate qualitative and purity analysis, uniformity testing, and stability monitoring.