Cefotaxime Sodium | Cefotaxime Sodium |
Deacetoxycefotaxime Cefotaxime Impurity A (EP) |
Deacetoxycefotaxime Cefotaxime Impurity B (EP) |
Deacetoxycefotaxime Cefotaxime Impurity C (EP) |
E-cefotaxime Cefotaxime Impurity D (EP) |
Deacetylcefotaxime lactone Cefotaxime Impurity E (EP) |
Cefotaxime Impurity F (EP) |
ATA cefotaxime , Cefotaxime Impurity G (EP) |
E-Deacylation ATMAA, E-Deacylation Aminothiamic Acid, Cefotaxime Impurity M |
Cefotaxime Impurity L,E- Cefotaxime Impurity E |
Cefotaxime Impurity N,Cefotaxime Open-ring Lactone |
Cefotaxime Impurity K,Δ3-Cefotaxime |
Precursor of Cefotaxime Four-Membered Ring Lactam Fracture Product |
(6R,7S)-Cefotaxime ,Cefotaxime Epimer |
Cefotaxime Impurity Q,E- Cefotaxime Acid |
Cefotaxime Oxide Impurity 2 |
Cefotaxime Oxide Impurity 1 |
E-Cefotaxime Oxide Impurity 2 |
(E)-Cefotaxime Sodium Oxide Impurity 1 |
Cefotaxime Dimer |
Cefotaxime-d3 |
Cefotaxime Proxetil-d3 |
ATMAA Dimer |
Cefotaxime Dimer B |
Cefotaxime Double Nucleus A |
Aminothioxime Acetamido Hexanedioic Acid (E)-Impurity |
Aminothioxime Acetamido Hexanedioic Acid (Z)-Impurity |
Cefotaxime Impurity G Double-Bond Shift |
Aminothioxime Isopropyl Acetate |
Aminothioxime Amide |
Cefotaxime Benzo-thioether |
Cefotaxime Dimer C |
Cefotaxime Open-ring Lactone 2 |
Cefotaxime Open-ring Lactone 3 |
Cefotaxime Bromoacetyl analogs |
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