At Ningbo Inno Pharmchem Co., Ltd., our focus extends beyond mere supply; we aim to educate and inform about the critical chemical components that form the backbone of pharmaceutical advancements. Cephalothin, known by its CAS number 153-61-7, is a prime example of such a vital compound, playing a significant role as a pharmaceutical intermediate in the creation of powerful antibiotics.

The efficacy of Cephalothin as an antibiotic is rooted in its sophisticated bactericidal mechanism. As a first-generation cephalosporin, it targets the very foundation of bacterial survival: the cell wall. This process is initiated by Cephalothin's affinity for specific bacterial enzymes called penicillin-binding proteins (PBPs). These PBPs are essential for the final assembly of the bacterial cell wall, specifically for the cross-linking of peptidoglycan chains that provide structural integrity. When Cephalothin binds to and inactivates these PBPs, it disrupts the crucial cross-linking process. This leads to a compromised and weakened cell wall, making the bacterium vulnerable to osmotic pressure. The inevitable result is cell lysis and death. This precise targeting of essential bacterial processes is what defines its 'bactericidal' action.

Understanding the cephalothin CAS 153-61-7 mechanism is fundamental for anyone involved in antibiotic synthesis. This compound is instrumental in the production of various cefotaxime-related drugs, underscoring its importance in the pharmaceutical manufacturing landscape. The reliability of cephalothin acid pharmaceutical intermediate supply is therefore critical for pharmaceutical companies worldwide. The consistent quality and availability of this intermediate ensure that production lines can continue to generate much-needed antibiotics.

When considering the application of Cephalothin, its role as a pharmaceutical intermediate for cefotaxime synthesis is particularly noteworthy. However, it's also important to acknowledge its characteristics, such as its susceptibility to beta-lactamases. This is a factor that influences its therapeutic range and the development of bacterial resistance. The cephalothin beta-lactamase susceptibility means that its effectiveness can be neutralized by these bacterial enzymes, a critical consideration in clinical practice and drug development.

Ningbo Inno Pharmchem Co., Ltd. is dedicated to facilitating the advancement of healthcare by providing high-quality chemical intermediates. We ensure that our sourcing and production of compounds like Cephalothin adhere to stringent quality standards. By offering reliable access to vital materials such as the pharmaceutical intermediate for cefotaxime, we support our clients in their mission to produce effective and safe medications. Our commitment to the pharmaceutical intermediate CAS 153-61-7 is part of our broader mission to contribute to global health solutions.