Venkatasai is a leading provider of pharmaceutical reference standards, specializing in the supply of high-purity Mexiletine reference materials. Our portfolio includes both pharmacopeial and non-pharmacopeial impurities, metabolites, stable isotope-labeled compounds, and nitrosamine derivatives (N-NO products). These reference standards play a crucial role in pharmaceutical R&D, aiding in formulation development, ANDA/DMF submissions, quality control, method validation, stability studies, and impurity profiling—including the identification and assessment of potentially genotoxic impurities.
Each Mexiletine-related product is rigorously characterized and delivered with a detailed Certificate of Analysis (COA) and comprehensive analytical data to ensure regulatory compliance. Upon request, we also offer EP/USP traceable standards. To maintain the highest quality standards, all materials are subject to periodic re-testing and continuous quality monitoring.
CAT No: VS-M054001
CAS No: 5370-01-4
Mol.F.: C11H17NO : HCl
Mol.Wt.: 179.3 : 36.5
Status: Custom Synthesis
CAT No: VS-M054002
CAS No: 576-26-1
Mol.F.: C8H10O
Mol.Wt.: 122.2
Status: Custom Synthesis
CAT No: VS-M054003
CAS No: 53012-41-2
Mol.F.: C11H14O2
Mol.Wt.: 178.2
Status: Custom Synthesis
CAT No: VS-M054004
CAS No: 2059988-39-3
Mol.F.: C22H32N2O2 : 2(HCl)
Mol.Wt.: 356.5 : 2(36.5)
Status: Custom Synthesis
CAT No: VS-M054005
CAS No: N/A
Mol.F.: C11H17NO : HCl
Mol.Wt.: 179.3 : 36.5
Status: Custom Synthesis
CAT No: VS-M054006
CAS No: 55304-19-3
Mol.F.: C11H15NO2
Mol.Wt.: 193.3
Status: Custom Synthesis
CAT No: VS-M054007
CAS No: 29238-40-2
Mol.F.: C11H17NO HCl
Mol.Wt.: 179.3 : 36.5
Status: In Stock
CAT No: VS-M054008
CAS No: 29361-43-1
Mol.F.: C11H17NO : HCl
Mol.Wt.: 179.26 : 36.5
Status: Custom Synthesis
CAT No: VS-M054009
CAS No: 284486-96-0
Mol.F.: C11H13NO
Mol.Wt.: 175.2
Status: Custom Synthesis
CAT No: VS-M054010
CAS No: N/A
Mol.F.: C19H23NO2
Mol.Wt.: 297.4
Status: Custom Synthesis
CAT No: VS-M054011
CAS No: 824-42-0
Mol.F.: C8H8O2
Mol.Wt.: 136.2
Status: Custom Synthesis