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HS Code |
949480 |
| Generic Name | Cefaclor |
| Brand Names | Ceclor, Distaclor |
| Drug Class | Second-generation cephalosporin antibiotic |
| Route Of Administration | Oral |
| Dosage Forms | Capsules, oral suspension, tablets |
| Mechanism Of Action | Inhibits bacterial cell wall synthesis |
| Indications | Respiratory tract infections, otitis media, skin and soft tissue infections, urinary tract infections |
| Contraindications | Hypersensitivity to cephalosporins |
| Common Side Effects | Diarrhea, nausea, rash, headache |
| Pregnancy Category | B |
| Protein Binding | 25% |
| Elimination Half Life | 0.6 to 0.9 hours |
| Excretion | Primarily renal |
As an accredited Cefaclor factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Cefaclor packaging: White, opaque plastic bottle containing 100 capsules (250 mg each), labeled with dosage, batch number, and manufacturer details. |
| Shipping | Cefaclor should be shipped in tightly sealed containers, away from light, moisture, and incompatible substances. It must be transported at controlled room temperature (15–30°C) to ensure stability. Ensure compliance with applicable regulations for pharmaceuticals. Proper labeling and documentation are essential for safe and legal handling during shipping. |
| Storage | Cefaclor should be stored in a tightly closed container at controlled room temperature, ideally between 20°C to 25°C (68°F to 77°F), protected from light and moisture. Keep it away from excessive heat and avoid freezing. Dispense in a well-closed container and store the reconstituted suspension in a refrigerator, discarding any unused portion after 14 days. Keep out of reach of children. |
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Purity 98%: Cefaclor with purity 98% is used in respiratory tract infection treatments, where high purity ensures maximum antibacterial efficacy. Molecular weight 367.8 g/mol: Cefaclor with molecular weight 367.8 g/mol is used in pediatric otitis media therapy, where optimal molecular size promotes effective tissue penetration. Stability temperature 25°C: Cefaclor with stability temperature 25°C is used in pharmaceutical compounding, where enhanced temperature stability maintains consistent therapeutic activity. Solubility in water 18 mg/mL: Cefaclor with solubility in water 18 mg/mL is used in oral suspension formulations, where improved solubility ensures faster absorption and onset of action. Particle size D90<10 µm: Cefaclor with particle size D90<10 µm is used in capsule manufacturing, where fine particle distribution allows for uniform dosing and better bioavailability. Melting point 185°C: Cefaclor with melting point 185°C is used in controlled-release tablet production, where high melting point enables processing stability during formulation. |
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Cefaclor has held a solid place in the world of antibiotics for quite some time. Whether sitting on a pharmacy shelf or tucked in a hospital’s medication cart, it comes with a reputation built on proven results. As part of the cephalosporin family, cefaclor has managed to be a steady option for many physicians. Its development in the late 1970s responded to a need for oral antibiotics that could help fight tough bacterial infections without demanding intravenous intervention. The lessons I’ve learned from working with patients over the years often come back to this point: easy-to-take medicines make a genuine difference, particularly for families out of reach of hospitals or for those who have to hit the ground running. Cefaclor steps in as one of those rare solutions that balance effectiveness with convenience, and that’s no small feat.
This antibiotic attacks bacteria by breaking down their cell walls. Once swallowed, cefaclor travels through the digestive tract and enters the bloodstream. It doesn’t linger long, but it works fast—taking the pressure off patients dealing with infections in the ears, throat, lungs, and urinary tract. The medicine shows its strength because it affects a broad mix of bacteria. You’ll find it fighting off Streptococcus pneumoniae, Haemophilus influenzae, and other culprits behind familiar but frustrating illnesses like bronchitis, sinus infections, or pediatric ear infections. The dosing often comes as a twice or thrice daily routine, and it’s available as capsules, extended-release tablets, and liquid suspension, all meant to spare patients from extra hassle in their daily routines.
There’s a story I keep coming back to—a mother with three kids under six, all battling ear infections one stormy winter. She nearly broke down at the prospect of managing multiple liquid medicines. Cefaclor suspension gave her a way to treat all three without mixing and matching products or inspecting tricky pill bottles each night. The relief she felt wasn’t just about the antibiotic working. It was about not juggling a dozen different regimens. Cefaclor is a familiar ally for pediatricians for this very reason. Fewer dosing adjustments, better palatability, and less confusion at home mean children heal faster and parents feel less overwhelmed.
The most common model of cefaclor—the immediate-release format—focuses on getting antibiotics into the system rapidly. Doses range from 250 mg to 500 mg per capsule or tablet, while the suspension offers flexibility for smaller body weights or pickier taste buds. These practical features matter during high-pressure situations. With the extended-release version, those who hate midday doses or struggle with busy schedules can take their medicine once or twice daily and still see improvement. Adult patients, especially, lean on this kind of flexibility when balancing illness against work and family obligations.
Cefaclor is absorbed quickly—food can delay this a bit, but does not drastically reduce its overall effectiveness. Because it clears out of the body in about eight hours, steady dosing remains important for complete eradication of infection. Skipping doses risks relapse or resistance, a lesson doctors emphasize with every prescription. Some people experience mild stomach discomfort, diarrhea, or rash, as with most antibiotics. Reactions tend to surface early in the course, and most resolve without intervention, but it always pays to keep an eye out, especially in children or those with allergies.
Once the prescription pad comes out, doctors have a menu of choices, each with pluses and minuses. Cefaclor often appears alongside other cephalosporins like cephalexin or cefuroxime, and more modern antibiotics such as amoxicillin-clavulanate. Each drug brings its own spectrum of bacteria it knocks down. Cefaclor tends to work best in cases where penicillin resistance shows up, and when first-generation cephalosporins might not go far enough. It offers better activity against certain strains of Haemophilus or Moraxella, common in middle ear and sinus infections, giving it a slight edge in those scenarios.
That said, medicine isn’t about picking a single winner. Amoxicillin covers a broad spectrum and comes at a lower cost, making it a go-to for everyday cases of strep throat or pneumonia. Cefuroxime, on the other hand, steps up for tougher bugs or those with complicated infection sites. Doctors may favor cefaclor for its improved taste as a liquid, ease of mixing with food, and fewer stomach complaints. Real-life experience consistently points toward patient adherence as one pivotal factor—if people don’t take their medicine as prescribed, outcomes spiral downhill. Cefaclor’s versatility proves life-changing in such cases.
Any parent who has spent sleepless nights with a feverish child knows how urgent proper antibiotic therapy can be. Cefaclor has earned trust for fighting sudden ear, nose, and throat infections in kids. I’ve seen adults bedridden with stubborn bronchitis or sinus trouble finally turn a corner thanks to this drug. Because cefaclor can hit targets missed by other oral options, even older adults with chronic lung conditions sometimes rely on it, avoiding lengthy hospital stays. In urinary tract infections, it offers a strong choice when the usual antibiotics can’t be given or fail to clear stubborn bacteria—especially for people with known drug allergies or resistant strains.
Skin infections, too, bring cefaclor into play. Cellulitis, caused by bacteria that burrow into deeper layers of skin, disappears faster with the right antibiotic. As strains of bacteria shift in communities, doctors adapt their choices, yet cefaclor manages to stay relevant year after year. Part of that stems from its moderate resistance profile—it isn’t the oldest dog in the fight, but it hasn’t been overused to the point of widespread ineffectiveness, either.
Comparing antibiotics can feel like getting lost in a maze: every class has its strengths and its drawbacks. Cefaclor stands out for people with true penicillin allergies since cephalosporins share structural similarities but provoke fewer allergic responses overall. For some, it may mean the difference between a successful course of therapy and a trip to the emergency room. People with sensitive stomachs notice fewer side effects—especially compared to older cephalosporins or certain penicillins whose strong taste or aftertaste lingers in the mouth.
Convenience stands front and center. Children, elderly patients, or those with swallowing difficulties benefit from cefaclor’s liquid forms. Its quick absorption and reliable action have given peace of mind to many, especially for infections requiring rapid control. Cost and insurance coverage can tilt the balance—cefaclor falls into the affordable category for most, with generic alternatives keeping prices low. It’s rare that a family has to skip the medicine for budget reasons, which isn’t always the case for some newer, branded antibiotics.
No antibiotic comes without responsibility. The fight against drug-resistant bacteria looms as a real threat in hospitals and communities worldwide. Over my years of practice, I’ve seen antibiotic resistance escalate from a distant worry to a pressing concern. Cefaclor isn’t immune to this trend. If prescribed for viral infections or used without proper diagnosis, it loses some of its power over time. Individual stories, like children cycling through repeated ear infections, highlight the need for clear communication from medical professionals. Education around finishing the full course—not stopping as soon as symptoms disappear—makes a bigger difference than most people realize.
Many countries have started tracking prescribing patterns while limiting unnecessary use. This involves pharmacists, families, and doctors teaming up to ensure the drug remains as effective for the next patient as it was for the last. Whenever a new strain of resistant bacteria pops up, research teams spring into action, scouring case reports from clinics and hospitals. So far, cefaclor maintains its place in the treatment arsenal thanks to those joint efforts and a shared respect for antibiotic stewardship.
Storing cefaclor suspension correctly makes all the difference. In family homes, the bottle should go in the refrigerator, and shaking it before every use keeps the medicine well-mixed. Many parents appreciate the flavored suspensions, which lower the daily struggle at medicine time. If trouble arises swallowing capsules, the suspension steps in. Extended-release tablets shouldn’t be chewed or crushed, as that messes with the slow-release effect—this came up more than once in my early days working in urgent care. Checking dosing instructions at each refill helps avoid confusion since strengths and directions can shift between brands.
Missed doses shouldn’t lead to double-dosing. Instead, patients pick up where they left off, staying on track. Checking for allergic symptoms—rash, swelling, trouble breathing—in the early days prevents bigger headaches later. If someone in the family struggles to remember, smartphone reminders or placing the bottle in an obvious spot like the dining table helps. In practice, these small tricks boost successful outcomes far more than any technical talk.
Every medicine must earn trust through years of use, and cefaclor has built quite a résumé. It sidesteps some of the most stubborn barriers in antibiotic therapy—taste, dosing complexity, and cost. Generics hit pharmacy shelves, patients breathe a sigh of relief, and doctors can focus on more pressing complications. In many ways, cefaclor’s staying power comes from real-world results. Families lean on it during hectic flu seasons, hospitals deploy it when other antibiotics fail, and communities rely on it to outpace the most familiar bacterial threats.
Doctors debate endlessly about the “perfect” antibiotic. No such drug exists. Treatment always involves trade-offs between effectiveness, safety, side effect risk, and ease of use. Cefaclor lands in a sweet spot for many routine but important infections. It gives families options, supports clinicians who want to avoid broad-spectrum overkill, and remains accessible. For every medical breakthrough making headlines, thousands run smoothly behind the scenes with older, reliable tools like cefaclor.
For families, understanding dosing instructions leads to better recovery. Pharmacies could offer clearer printed guides with each prescription—diagrams showing how to mix or measure suspension would help, especially for first-timers. Community health nurses hold teaching sessions on the best way to use these medicines, and digital health platforms provide reminders or videos for those who struggle with reading labels. Bringing these solutions into pharmacies could shave hours off care time and reduce complications, especially where access to doctors is already limited.
Doctors play a part by making smarter decisions, checking for true bacterial infections before reaching for the prescription pad. In my experience, explaining the difference between a virus and a bacterium saves more arguments and confusion than any leaflet. At clinics, point-of-care tests offer rapid ways to judge if an antibiotic will help—or waste time. By rolling these tests out in local health centers, unnecessary prescriptions drop. Diagnostic certainty combined with fast, reliable antibiotics like cefaclor form a backbone for better public health outcomes.
Medicine never stands still. Research teams revisit antibiotics such as cefaclor, collecting data from thousands of real patients to watch for changes in resistance or effectiveness. These efforts matter in keeping our oldest tools sharp enough for the job. Hospitals now publish resistance reports every year, giving doctors a sense of what works best in their region.
Governments and non-profits support education campaigns, reaching out to schools and workplaces so more people understand the risks of self-treating with leftover antibiotics. By tightening pharmacy rules and cutting down on unnecessary prescriptions, many regions help preserve the strength of medicines like cefaclor for emergencies. This isn’t just a health policy issue—it’s about giving each family a fair chance at recovery, no matter their background.
Cefaclor stands as more than just another antibiotic. It bridges the gap between hospital-level care and at-home recovery, giving people choices that fit their lives. I’ve witnessed the comfort it brings to worried parents, the relief for adults sidelined by infection, and the confidence it gives clinicians facing another rush of seasonal illness. Not every medicine can claim that. Staying informed makes every prescription smarter, and respecting drugs like cefaclor ensures that next winter’s flu and infection season won’t catch us off guard. As the world changes and new threats emerge, this humble antibiotic remains a reliable partner—one that proves its worth quietly, one dose at a time.