Ethionamide Related Products

SynZeal is a leading innovator in pharmaceutical reference standards. We supply high-quality Reference Standards of Ethionamide, pharmacopeial and non-pharmacopeial Ethionamide impurities, metabolites, stable isotope products, and nitrosamines (N-NO products). Ethionamide impurities reference standards are useful in pharmaceutical research. They are useful in product development, ANDA and DMF filing, quality control (QC), method validation, and stability studies. It is also useful in the identification of unknown impurities and the assessment of genotoxic potential.

Ethionamide-related products are thoroughly characterized. Ethionamide products are supplied with detailed COA & analytical data meeting regulatory compliance. We can also provide EP/USP traceable standards based on your requirements. The supplied products are re-tested at regular intervals.

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Ethionamide EP Impurity B

• SZ CAT No: SZ-E135003

• CAS No:

  100-48-1

• Mol.F.: C6H4N2
• Mol.Wt.: 104.1
• Inv. Status: In Stock

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Ethionamide

• SZ CAT No: SZ-E135001

• CAS No:

  536-33-4

• Mol.F.: C8H10N2S
• Mol.Wt.: 166.2
• Inv. Status: Synthesis on demand

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Ethionamide EP Impurity A

• SZ CAT No: SZ-E135002

• CAS No:

  2196-13-6

• Mol.F.: C6H6N2S
• Mol.Wt.: 138.2
• Inv. Status: Synthesis on demand

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Ethionamide EP Impurity C

• SZ CAT No: SZ-E135004

• CAS No:

  14222-60-7

• Mol.F.: C9H12N2S
• Mol.Wt.: 180.3
• Inv. Status: Synthesis on demand
• Rel. CAS No: 93778-13-3 (Freee base)

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Ethionamide EP Impurity D

• SZ CAT No: SZ-E135005

• CAS No:

  1531-18-6

• Mol.F.: C8H8N2
• Mol.Wt.: 132.2
• Inv. Status: Synthesis on demand

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Ethionamide EP Impurity E

• SZ CAT No: SZ-E135006

• CAS No:

  1391052-80-4

• Mol.F.: C10H14N2S
• Mol.Wt.: 194.3
• Inv. Status: Synthesis on demand

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Ethionamide EP Impurity F

• SZ CAT No: SZ-E135007

• CAS No:

  37581-44-5

• Mol.F.: C10H12N2
• Mol.Wt.: 160.2
• Inv. Status: Synthesis on demand

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Ethionamide D3

• SZ CAT No: SZ-E135D01

• CAS No:

  NA

• Mol.F.: C8H7D3N2S
• Mol.Wt.: 169.3
• Inv. Status: Synthesis on demand