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HS Code |
612554 |
| Generic Name | Dasatinib |
| Brand Name | Sprycel |
| Drug Class | Tyrosine kinase inhibitor |
| Cas Number | 302962-49-8 |
| Molecular Formula | C22H26ClN7O2S |
| Molecular Weight | 488.01 g/mol |
| Route Of Administration | Oral |
| Indications | Chronic myeloid leukemia (CML), Acute lymphoblastic leukemia (ALL) |
| Mechanism Of Action | Inhibits BCR-ABL and SRC family kinases |
| Half Life | 3-5 hours |
| Pregnancy Category | D (Risk to fetus) |
| Approval Year | 2006 |
| Manufacturer | Bristol-Myers Squibb |
| Atc Code | L01EA02 |
| Storage Temperature | 20°C to 25°C (68°F to 77°F) |
As an accredited Dasatinib factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Dasatinib is packaged in a white plastic HDPE bottle containing 60 tablets, each labeled with strength, batch number, and safety information. |
| Shipping | Dasatinib is shipped in compliance with all relevant regulations for hazardous materials. It is securely packaged in leak-proof, tamper-evident containers, clearly labeled, and protected from moisture and light. Temperature control may be required to maintain stability. Shipping documentation includes safety data sheets for safe handling and emergency reference. |
| Storage | Dasatinib should be stored at room temperature, typically between 20°C to 25°C (68°F to 77°F). Keep the container tightly closed and protected from moisture and light. Store in its original packaging and out of reach of children. Avoid storing in the bathroom. Follow local regulations and manufacturer instructions for safe handling and disposal. |
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Purity 99%: Dasatinib with purity 99% is used in hematological cancer research, where it ensures reliable inhibition of BCR-ABL kinase activity. Molecular weight 488.01 g/mol: Dasatinib with molecular weight 488.01 g/mol is used in cellular signaling pathway studies, where it enables accurate molecular targeting and pathway modulation. Stability 25°C: Dasatinib with stability at 25°C is used in pharmaceutical formulation, where it maintains compound integrity during storage and transportation. Particle size <10 µm: Dasatinib with particle size less than 10 µm is used in oral solid dosage development, where it provides improved dissolution and bioavailability. Melting point 280°C: Dasatinib with a melting point of 280°C is used in high-temperature analytical assays, where it remains thermally stable and chemically consistent. Solubility in DMSO 50 mg/mL: Dasatinib with solubility in DMSO 50 mg/mL is used in in vitro cell culture assays, where it allows precise dosing and rapid cellular uptake. Aqueous solubility 0.1 mg/mL: Dasatinib with aqueous solubility of 0.1 mg/mL is used in pharmacokinetics studies, where it facilitates measurable plasma concentrations. Shelf life 24 months: Dasatinib with a shelf life of 24 months is used in long-term clinical supply management, where it ensures sustained product efficacy and safety. High UV absorbance 320 nm: Dasatinib with high UV absorbance at 320 nm is used in quantitative analytical detection, where it supports sensitive and specific drug monitoring. pH stability range 3-9: Dasatinib with a pH stability range of 3-9 is used in diversified buffer systems for biological testing, where it retains pharmacological activity across variable assay conditions. |
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Stepping into the world of innovative cancer therapies feels overwhelming at times, especially with new names appearing in every discussion. Dasatinib isn’t just another addition to the shelf. This medicine has earned its place by steady research and practical benefits for those living with certain types of leukemia. As someone who has watched patients and clinicians weigh their treatment options, I can tell you that the factors going into those choices go far beyond slick brochures or technical jargon.
Dasatinib comes from a class of drugs called tyrosine kinase inhibitors. It targets abnormal cell growth, mainly in chronic myelogenous leukemia (CML) and Philadelphia chromosome–positive acute lymphoblastic leukemia (Ph+ ALL). At my local medical center, I’ve seen it prescribed under the brand name Sprycel, but the substance at the core remains Dasatinib. Available in tablet form, it’s usually taken by mouth, and its dosages can vary depending on the specific diagnosis, patient age, or tolerance. You won’t find it thrown in with over-the-counter medicines or all-purpose cancer treatments. It’s a targeted therapy, and that brings unique expectations and responsibilities.
Not every cancer medicine dives as deep into cell mechanics as Dasatinib. By blocking BCR-ABL tyrosine kinase—a key player in the signaling pathway behind some leukemias—this drug helps prevent the kind of unchecked cell division that can spiral out of control. I remember talking with oncologists who described CML’s genetic fingerprint: a swapped piece of chromosome, called the Philadelphia chromosome. When treatments zero in on this mutation, outcomes improve. It’s not about blasting the immune system with generic poison; it’s about precision. Dasatinib, along with imatinib and nilotinib, exemplifies how far targeted oncology has come since the days when options were rigid and broad.
From conversations with hematologists and patients alike, I’ve learned that not every tyrosine kinase inhibitor acts the same. Some patients develop resistance to earlier-generation medications or see side effects pile up. Dasatinib works across a broader range of BCR-ABL mutations than older drugs like imatinib. For those whose cancer grew wise to previous treatments, this matters. The flexibility relates not only to the mutations it covers but also to how quickly it enters cells. When compared to imatinib or nilotinib, Dasatinib has shown faster absorption and higher potency in preclinical studies—though that doesn't always translate into better tolerance for every individual.
Many anticancer medications demand strict schedules or food restrictions. Dasatinib’s dosing stays relatively straightforward, which makes life easier for patients balancing treatment with work, school, or family. In my time supporting people at outpatient clinics, I’ve observed the relief this simplicity brings. A once-a-day tablet cuts down on the confusion. Doctors may adjust the daily dose depending on blood counts or side effects, but the flexibility within a single daily regimen shapes adherence in the real world. While some anticancer tablets come with meal restrictions or complex routines, Dasatinib allows for easier routines, which often translates to better compliance.
Every medicine carries risk, and Dasatinib is no exception. The most frequent issues involve low blood cell counts, fluid buildup around the lungs, headaches, and stomach discomfort. Doctors must closely monitor the patient's blood counts and heart function. During hospital rounds, I’ve heard many cautionary tales about patients who tried to ignore their symptoms or skipped follow-up appointments. Communication with the care team remains essential. Prompt attention to common symptoms or minor abnormalities can prevent far more serious complications. Some drugs carry less risk of fluid retention or blood cell suppression, but may not work as well on certain resistant leukemias. The choice depends on weighing these trade-offs alongside every individual’s unique medical story.
Modern oncology has shifted from blanket chemotherapy to medicines tailored for the cancer’s genetic roots. Dasatinib’s role fits with this movement towards precision medicine. Instead of treating every leukemia alike, doctors use targeted therapy in patients whose cancers bear the exact mutation Dasatinib interrupts. This approach minimizes exposure to drugs less likely to help and focuses resources on what actually works for that person. My colleagues in pharmacy often say, "don’t let the treatment be worse than the problem." In practice, Dasatinib’s manageable dosing, paired with its focused purpose, aligns with that goal. The change in patient outlook between the one-size-fits-all era and now speaks volumes.
If you look at the wider menu of leukemia medicines, the differences between Dasatinib, imatinib, nilotinib, and ponatinib can matter a lot to patients. Choice isn’t just about which works better in a clinical trial. Factors range from insurance, side effect profiles, personal tolerance, to mutation coverage. Imatinib, as the first of its class, brought about a sea change in leukemia survival, but not everyone responds, and resistance develops in some people. Dasatinib manages more BCR-ABL mutations, though it introduces the possibility of lung fluid accumulation—a side effect not as common in other options. Ponatinib covers some rare, tough mutations, but has a higher risk for blood clots. These trade-offs make sense only after a full conversation between doctor and patient, matching the science to life outside the hospital.
Clinical trials give vital evidence, but real-world use fills the gaps. I recall a former coworker describing a patient who’d failed multiple therapies—each time, hopes dashed, side effects mounting. With Dasatinib, remission finally happened. Data from international leukemia registries backs this up; plenty of people who switch after imatinib bring their cancer under control with Dasatinib. Survival numbers climb, though every positive outcome must be balanced against risk. The growing body of long-term evidence informs future standards of care and helps refine expectations for patients newly diagnosed today.
Children diagnosed with Ph+ ALL used to have dismal outcomes, but tyrosine kinase inhibitors changed the landscape. Dasatinib has been approved for use in children and adolescents in some countries, after studies showed its ability to pair with chemotherapy to extend survival. Young patients withstand side effects differently than adults. Practical experience in the field shows that Dasatinib can be an important piece when doctors want to boost cure odds without relying solely on older, harsher chemotherapy plans. Compared to imatinib, some pediatric specialists report faster marrow responses, although ongoing observation for long-term safety continues. Families and care teams navigate tough roads, but better-targeted therapies have started opening new lanes of hope.
Living with a cancer diagnosis like CML has shifted from a sprint to a marathon. Patients may take Dasatinib for years. The features that seem minor during the first months—such as daily dosing, fewer dietary restrictions, or manageable pill size—grow more important over time. Individuals juggling jobs or school, frequent blood tests, and side effect monitoring know the value of small conveniences. Long-term tolerance and adherence influence not just survival but how someone can live their life. A therapy that maintains control over leukemia without significant daily disruption earns its place at the treatment table. Whether through lower rates of chronic tiredness or practical day-to-day management, real-world experience shows the value goes beyond the quarterly scan.
Statistics matter, but they don’t tell the full story of Dasatinib’s impact. The clinic waiting room stories often reveal more: people relieved not to miss another parent-teacher meeting, grandparents feeling strong enough to walk around the block, or workers able to return to their careers. Of course, not everything goes smoothly, and side effects can derail even the most hopeful plans. Support groups and patient networks share tips about meal timing, hydration, and open communication with nurses or pharmacists to get ahead of problems. No single therapy fits every patient, and many rely on a team approach to make the most of their treatment choices. The right drug at the right moment—based on evidence and patient experience—often brings the best outcomes.
Like many advanced medications, Dasatinib’s promise means little if people can’t get it. I’ve met folks whose health plans covered the full price without hesitation, and others stuck in months-long paperwork or appeals. In many countries, access depends on regulatory approval, government funding, and local treatment guidelines. Organizations like the World Health Organization and major cancer advocacy groups keep pushing for broader access to proven drugs, but hurdles remain. Beyond the price of the drug itself, there’s the question of coverage for necessary lab work, imaging, and follow-up visits. Peer support and patient advocacy groups sometimes fill in the gaps, sharing news about programs that offer medication at reduced or no cost. Navigating this patchwork can challenge even seasoned clinicians, let alone patients dealing with a new or relapsed diagnosis.
Continued research shapes every potential advance in cancer therapy. For Dasatinib, current studies explore combination treatments and expanded uses across different leukemias or even in solid tumors. Early data on pairing Dasatinib with immune therapies or other targeted agents raises fresh hopes—but it remains too soon to consider these approaches standard. Specialist meetings worldwide still discuss unanswered questions: How low should the dose go for long-term maintenance? What predictors of resistance can doctors spot early? How do new genetic tests refine patient selection? Every fresh publication and trial pushes the conversation forward, armed with the experiences of doctors, patients, and families who guide innovation with their lived realities.
Many barriers still stand between Dasatinib and the people who could benefit most. Improving access demands coordination between healthcare providers, payers, and governments. Awareness campaigns, better insurance navigation, and expanded patient assistance programs help close the gap. Education for both clinicians and patients can reduce dangerous delays in managing side effects or adjusting doses. Open registries and data-sharing platforms could speed research, letting more practitioners learn from every real-world experience. Simplified tablets, flexible dosing, and improved side effect management strategies all reveal the ongoing commitment to matching therapy to everyday life.
Looking past the science, Dasatinib represents a new mindset in cancer care. These new medicines aim not just to extend life, but also to improve its quality. Real progress means more than just marginal survival gains on paper. The ability to choose medications based on genetic testing, adapt treatment plans to patient lives, and minimize unnecessary suffering gives real control back to patients. Conversations that used to end in resignation now include hope for a full life after diagnosis. New questions continue to arise, but having effective options like Dasatinib gives patients and families confidence to keep looking for answers.
No two cancer stories look exactly alike, but common threads run through many journeys. Reliable information, transparency about benefits and risks, and robust support systems remain essential for navigating these choices. Health professionals constantly adapt their practices as new evidence comes in. Patients and their families, armed with questions, take on a more active role in their own care. Every time a new study emerges or a long-shot therapy delivers unexpected results, hope grows a little stronger. Dasatinib stands not only as a therapy backed by clinical evidence but also as a reminder that listening to real patient experiences can refine even the most advanced medical science.
No cancer drug brings only benefits. Each person considering Dasatinib has to look at their own risk factors, medical history, and life priorities. Honest discussions with care teams—a blend of oncologists, pharmacists, and nurses—make a real difference. For folks facing resistant forms of leukemia or dealing with tough side effects from other therapies, Dasatinib has opened new paths forward. Yet, every decision includes watching for possible harm: bleeding risks, liver effects, drug interactions—even unpredictable responses that differ by individual. Modern cancer care has always required patience and vigilance from everyone involved.
I’ve seen firsthand that numbers, guidelines, and graphs mean little without the stories behind them. Some patients handle Dasatinib with mild symptoms and improved energy. Others struggle, needing extra help or a change in plan. Time and again, trust between the care team and patient shapes results more than any prescription on its own. The science marches forward, but respect for each person’s perspective remains fundamental. If something doesn’t feel right, speaking up early makes all the difference. Information, shared clearly and without jargon, builds the confidence needed to make tough decisions—or to celebrate small wins.
Dasatinib marks a turning point in the fight against leukemias with the Philadelphia chromosome. The precision of its action, flexible dosing, and growing support in long-term studies show what’s possible when research listens to patient experience. For many, it brings a bridge between hard scientific progress and daily life that never stops for cancer. My years spent talking with patients, listening to their needs, and watching the evolution of available therapies remind me that each medicine, Dasatinib included, transforms lives through both laboratory rigor and everyday resilience. While the science keeps moving, the goals—longer, fuller, better lives—remain both profoundly simple and deeply important. Every patient deserves the chance to find the therapy that lets them keep living with dignity, hope, and strength.