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Avibactam Sodium

    • Product Name Avibactam Sodium
    • Alias NXL104
    • Einecs 875274-68-5
    • Mininmum Order 1 g
    • Factory Site Tengfei Creation Center,55 Jiangjun Avenue, Jiangning District,Nanjing
    • Price Inquiry admin@sinochem-nanjing.com
    • Manufacturer Sinochem Nanjing Corporation
    • CONTACT NOW
    Specifications

    HS Code

    763025

    Chemical Name Avibactam Sodium
    Molecular Formula C7H10N3NaO6S
    Molecular Weight 297.22 g/mol
    Appearance White to off-white powder
    Solubility Freely soluble in water
    Pharmacological Class Beta-lactamase inhibitor
    Cas Number 1192491-61-4
    Storage Temperature 2-8°C
    Route Of Administration Intravenous
    Mechanism Of Action Inhibits class A, C, and some D beta-lactamases

    As an accredited Avibactam Sodium factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.

    Packing & Storage
    Packing Avibactam Sodium is supplied in a sealed, amber glass vial containing 1 gram, labeled with product details, batch number, and storage instructions.
    Shipping Avibactam Sodium is shipped in tightly sealed, chemically resistant containers under cool, dry conditions. Packaging complies with international regulations for pharmaceuticals and hazardous materials. The shipment is labeled for laboratory or pharmaceutical use, handled by trained personnel, and may require temperature control and documentation to ensure product integrity during transit.
    Storage Avibactam Sodium should be stored in a tightly sealed container, protected from light and moisture. It should be kept at 2°C to 8°C (refrigerated conditions) and away from incompatible materials. Ensure the storage area is well-ventilated and only accessible to trained personnel. Avoid freezing. Proper storage helps maintain the compound's stability and efficacy.
    Application of Avibactam Sodium

    Purity 99%: Avibactam Sodium with 99% purity is used in the formulation of advanced injectable antibiotics, where it ensures optimal inhibition of β-lactamase enzymes.

    Molecular weight 265.24 g/mol: Avibactam Sodium at a molecular weight of 265.24 g/mol is used in the synthesis of combination therapies for multidrug-resistant infections, where it provides effective enhancement of partner β-lactam efficacy.

    Particle size <10 µm: Avibactam Sodium with a particle size less than 10 µm is used in parenteral pharmaceutical preparations, where it facilitates rapid dissolution and homogeneous dispersion.

    Melting point 120-124°C: Avibactam Sodium with a melting point of 120-124°C is used in sterile manufacturing processes, where it maintains chemical stability during thermal processing.

    Stability temperature ≤25°C: Avibactam Sodium stable at temperatures up to 25°C is used in global supply chains, where it retains potency during transportation and storage.

    Water solubility >100 mg/mL: Avibactam Sodium with water solubility greater than 100 mg/mL is used in the preparation of injectable drug solutions, where it enables high-concentration formulations for clinical administration.

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    Certification & Compliance
    More Introduction

    Exploring Avibactam Sodium: A New Path Forward in Medical Treatment

    Shifting the Narrative in Drug Resistance

    Every year, the conversation around drugs that fight infection gets more intense. I have watched families in clinics worry that the next round of antibiotics won’t work, with serious infections finding ways to outsmart medicine. Doctors often talk about “superbugs” — bacteria that shake off everyday treatments, putting real lives at risk. In the middle of this battle, scientists and drug makers have focused energy and resources on bringing new tools to the table. One of the more promising entries is Avibactam Sodium. Its arrival marks more than a new product; it offers hope to patients who have seen older treatments lose their punch.

    What Sets Avibactam Sodium Apart?

    Avibactam Sodium is not your standard-issue antibiotic. On its own, it cannot knock out bacteria, but teams up with other drugs to target and beat tough infections. When combined with certain existing antibiotics — especially those used against complicated infections — it unlocks the door that resistant bacteria have slammed shut. The molecule itself acts as a shield, disarming enzymes that bacteria use to destroy antibiotics. With those defenses dropped, the partner drug can do its job. For this reason, hospitals and clinics have seen Avibactam step into cases where older choices have simply failed.

    The Science Behind Avibactam Sodium

    What I find most interesting about Avibactam Sodium is how it takes on resistance. Decades ago, older antibiotics like penicillin changed medicine. Over time, bacteria evolved, brewing up enzymes called β-lactamases that chop the drugs apart. Many families of bacteria make these enzymes now, and once-common antibiotics barely slow them down. Avibactam Sodium stands out because it specifically blocks serine β-lactamases, a broad group that covers many “bad actors” in hospital settings. By stopping these enzymes cold, Avibactam can restore power to antibiotics that had lost their edge.

    Model and Formulation Details

    Drug makers offer Avibactam Sodium in various forms to match the needs of hospitals. Most often, it comes as a white or off-white powder, ready to mix into solutions for injection. This format keeps the drug stable during shipping and storage, making it practical for real-life use in busy clinics around the world. Strength and purity levels must meet rigorous quality standards if they are to win approval from regulators such as the FDA or EMA. Close attention to consistency — from manufacturing to pharmacy shelves — reassures caregivers and patients during every dose.

    Using Avibactam Sodium in the Real World

    Healthcare workers know the value of a drug rises and falls with how well it works out on the hospital floor. Avibactam Sodium’s main calling card is its use with other antibiotics, most often ceftazidime, creating a combo that reaches infections in the complicated spaces of the body. Think of cases involving the belly, urinary tract, or lungs — places where resistant bacteria set up shop and refuse to budge. This product has already made an impact on the outlook for patients with very limited choices left. It gives treating teams a shot at recovery for patients who otherwise expect to face grim odds.

    Differences Compared to Standard Products

    Looking back a few years, most treatments relied on classic β-lactamase inhibitors, including clavulanate and tazobactam. These older drugs target a narrower slice of bacterial enzymes, leaving some bugs — especially hospital superbugs — with room to multiply. Avibactam Sodium targets more enzymes than these earlier drugs, including those found in multi-drug resistant strains. It doesn’t cover every possible bacterial trick, but it broadens the safety net in critical infections. This matters because rapid changes in resistance leave hospitals always searching for strategies that match evolving threats.

    Another flag Avibactam Sodium flies proudly is that, so far, it does not carry some of the side effects seen with older options. Less frequent allergies and improved compatibility with partner antibiotics make it a favored choice for a larger set of patients. When new products come with better safety profiles, they save more than lives — they cut back on days lost to side effects, unexpected allergies, and drawn-out recovery.

    Clinical Experience and Evidence

    No product can stand on promises alone, so researchers put Avibactam Sodium through the wringer. Clinical trials pitted Avibactam-plus-ceftazidime combinations against some of the toughest infections seen in hospitals — including those stubborn strains of Pseudomonas aeruginosa and Enterobacteriaceae that brush aside first-line drugs. Across a range of studies, this combination delivered real improvements in patient outcomes, cutting down infection-related complications and deaths. Outcomes measured by the FDA and similar bodies rely on these rigorously gathered results, providing confidence that the drug works where it matters most — at the patient’s bedside.

    Why New Options Are Critical Now

    Antibiotic resistance does not hit every person the same, but almost everyone has felt its ripple effects. My own family has watched loved ones tough out extra days in the hospital waiting for cultures to return, sometimes learning their infection scoffs at standard medicine. Every year, resistant infections in the United States alone claim tens of thousands of lives, with patients losing time, hope, and money. Old drugs get pulled back out time and again despite rising resistance, simply because alternatives are lacking. Avibactam Sodium offers a way to break this pattern in tough cases.

    Limitations and Responsible Use

    No medicine, even one as promising as Avibactam Sodium, offers complete protection. Deadly resistance can still develop if new drugs get overused or misused. Medical experts continue to push for careful stewardship. Doctors receive guidance to save advanced options for infections that demand them, rather than reaching for them as a shortcut. In my view, education around antibiotic use remains as important as any new drug on the market. Every advance brings responsibility — not just to save lives today, but to preserve these tools for tomorrow.

    Patient Experiences and Real-World Examples

    Stories matter, and many have grown out of the introduction of Avibactam Sodium in hospital care. In some major medical centers, infectious disease teams gather at morning meetings to review “case of the day” — often a patient whose infection has outlasted standard therapy. Seeing progress in patients who sat on the verge of invasive procedures or long ICU stays helps crystallize the difference a new drug can make. At one point, my own friend’s parent, battling a drug-resistant infection after surgery, found improvement only after doctors turned to a ceftazidime-avibactam regimen. Relief, both for the patient and family, still resonates for me.

    Development, Availability, and Access

    Researchers did not stumble into Avibactam Sodium as an accident. Drug development stands as one of the most expensive, risky, and time-consuming ventures in healthcare. Years of work, millions of dollars, and countless late nights in research labs went into bringing this molecule from chemical curiosity to hospital mainstay. Regulatory authorities sift through mountains of data on safety, purity, and effectiveness before allowing a drug to reach the market.

    Availability remains a challenge. Not every hospital worldwide has easy access to Avibactam Sodium, and its advanced status sometimes means restricted use, higher prices, or slow entry into growing healthcare markets. Policymakers, healthcare foundations, and industry leaders keep pressing for expanded access, convinced that this drug should not become a privilege of the wealthiest clinics alone. For now, leading medical centers in North America, Europe, and parts of Asia often carry the drug, with efforts underway to broaden its reach.

    Potential Solutions to Remaining Challenges

    Prescription practices form one of the biggest levers for preserving Avibactam Sodium’s effectiveness. Doctors require help from accurate diagnostic tests to steer treatment decisions — giving this new option to the right patients at the right time. Hospitals benefit from rapid testing kits and timely lab support, which takes some of the guesswork out of picking advanced therapies. Investment in diagnostics goes hand-in-hand with developing new drugs, cutting delays that can worsen outcomes for the sickest patients.

    Insurance coverage and pricing also shape the landscape. Even after a drug reaches approval, the high cost of innovation can put treatment out of reach for uninsured or underinsured patients. Lawmakers and advocacy groups have stepped up to challenge this, looking for ways to reward research without placing life-saving medication behind insurmountable paywalls. Several countries negotiate for better prices directly, hoping to stretch public budgets to cover advances like Avibactam Sodium. I believe that sharing stories from the bedside makes a strong case for covering these therapies — not only as a matter of public health but as a mark of healthcare equity.

    Education and Awareness

    One point that keeps surfacing with new treatments is awareness. Many frontline doctors, nurses, and pharmacists juggle dozens of medications, each with its quirks and interactions. New drugs require robust training to avoid errors and ensure they end up in the right situations. Hospital systems now run regular educational sessions, department meetings, and e-learning courses to bring staff up to speed on drugs like Avibactam Sodium. Patient groups, too, seek clear information about what new therapies mean for their prognosis and choices.

    The Future Role of Avibactam Sodium

    Looking down the road, the role of Avibactam Sodium will keep shifting. Bacteria do not stand still. They search for new methods to dodge even the latest drugs. Surveillance networks track resistance patterns in real time, feeding back data to guide both local and international responses. Today, Avibactam Sodium stands as a vital tool in the global fight, but every new case, research study, and patient story will feed into tomorrow’s treatment landscape.

    Combining Strengths with Other Innovations

    Drug development does not happen in isolation. Avibactam Sodium’s story builds on decades of frustration, research, and breakthroughs in the quest to outwit resistant bacteria. Other drugs, diagnostic tools, and infection control efforts work alongside it to shore up fragile lines of defense. Hospitals use more sophisticated infection control practices to limit the spread of resistant strains. Teams of specialists, from pharmacists to infectious disease experts, collaborate daily to match treatment plans to each patient and situation.

    Innovation often draws the most excitement, but lasting impact comes from teamwork across the medical ecosystem. Whenever new drugs hit the market, they function best as part of broader strategies that include public health surveillance, careful prescription, updated clinical guidelines, and regular training for all hands involved. If Avibactam Sodium can maintain its strengths through these partnerships, future patients will benefit from both medical breakthroughs and the human connections needed to support them.

    Final Thoughts on a Changing Field

    The rise of superbugs shook the foundation of modern medicine, leaving many to wonder what tools they could still count on. Avibactam Sodium does not promise a cure-all, but its introduction marks a new chapter. Confidence among prescribers grew on the back of strong evidence and shared success stories. With every passing year, the lessons learned from this and similar drugs shape future strategies. These days, doctors, pharmacists, and families alike know the value in staying alert, sharing lessons learned, and doing what it takes to keep new options available for those who need them most.

    As a writer looking back over the journey from laboratory bench to patient bedside, I find hope in the resilience of science and the dedication of those pushing for better answers. Products like Avibactam Sodium remind me that progress grows from the struggles of the present and the vision of a healthier tomorrow. In a fight shaped by constant change, every new tool counts — and every victory, no matter how small, begins with a bold step forward.