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| Product Name | Whole blood, serum, plasma single drug assay kit |
| Catalog No. | CD-00143 |
| Description | The whole blood, serum, plasma single drug assay kit is a specialized bioanalytical tool designed to detect specific drug components in biological samples. Suitable for use in whole blood, serum and plasma samples, the kit is easy to use and highly sensitive, ensuring accurate drug quantification in complex biological matrices. |
| Sample Type | Urine |
| Application | The product can be used to detect and quantitatively measure the concentration of a single drug in whole blood, serum and plasma samples. |
| Operating Temperature | Store at 4-30°C. |
| Transportation Condition | Transportation at room temperature. |
| Cut Off | 200 ng/mL |
In the fields of pharmaceutical research, clinical pharmacology, and toxicology, accurate and timely detection of drug concentrations in biological matrices is critical to supporting key research and application goals. With the continuous advancement of precision medicine and personalized treatment strategies, the demand for reliable bioanalytical tools that can quantify specific drug components in complex biological samples (such as whole blood, serum, and plasma) has grown exponentially.
Traditional drug detection methods, such as high-performance liquid chromatography (HPLC) or gas chromatography-mass spectrometry (GC-MS), often require complex sample pretreatment processes, expensive instrumentation, and professional technical operation. These limitations make them less accessible for laboratories with limited resources or scenarios that require rapid on-site detection. For example, in preclinical drug development, researchers need to monitor drug metabolism dynamics in animal models in real time; in clinical research on therapeutic drug monitoring (TDM), it is essential to quickly obtain accurate drug concentration data to adjust dosage regimens and avoid adverse drug reactions. The gaps in traditional methods have created an urgent need for a user-friendly, high-sensitivity, and cost-effective alternative.
Against this backdrop, the Whole Blood, Serum, Plasma Single Drug Assay Kit (Cat.No: CD-00143) from Alta Diagno Tech was developed to address these industry pain points. This kit integrates advanced immunoassay technology or specific biochemical reaction principles (depending on the target drug) to simplify the detection process while ensuring high accuracy and specificity.
Broad Sample Compatibility: Specifically optimized for whole blood, serum, and plasma samples, eliminating the need for users to purchase separate kits for different biological matrices. It also minimizes sample pretreatment steps—most samples only require simple dilution (if necessary) before loading, significantly reducing the time and labor costs associated with sample preparation.
High Sensitivity and Specificity: With a cut-off value of 200 ng/mL, the kit can accurately detect and quantify low-concentration drug components in samples, ensuring that even trace amounts of the target drug are not missed. It also exhibits strong specificity against cross-reactivity with common interfering substances (such as endogenous metabolites, other co-administered drugs, and additives in sample collection tubes), avoiding false positive or false negative results.
User-Friendly Operation: The kit comes with a detailed, step-by-step instruction manual that guides users through the entire detection process, from sample preparation to result reading. No specialized technical training or advanced instrumentation is required—basic laboratory equipment (such as a microplate reader) is sufficient to complete the assay, making it accessible to researchers with varying levels of technical expertise.
Stable Storage and Transportation: The kit can be stored at 4-30°C, a wide temperature range that simplifies inventory management and reduces the risk of product degradation due to improper storage conditions. Additionally, it supports room-temperature transportation, eliminating the need for expensive cold-chain logistics and ensuring the kit remains functional even during long-distance shipping.
Rapid Detection Turnaround: The entire assay process (from sample loading to result acquisition) can be completed within a relatively short time frame (typically 1-2 hours, depending on the target drug). This rapid turnaround allows researchers to obtain data quickly, accelerating the progress of experiments such as drug metabolism tracking or batch sample screening.
Cost-Effective Solution: Compared to high-end analytical instruments like HPLC or GC-MS, the kit has a lower upfront investment cost. It also reduces ongoing expenses, as it does not require expensive reagents or frequent instrument maintenance. For laboratories with limited budgets, this advantage makes it a more sustainable choice for long-term drug detection needs.
Consistent and Reliable Performance: Each kit undergoes strict quality control testing during production, including inter-batch and intra-batch precision checks. This ensures that results obtained from different batches of kits or different operators are highly consistent, reducing experimental variability and improving the reproducibility of research data.
Flexible Application Scope: Beyond basic drug concentration quantification, the kit can be adapted to support a range of research scenarios. For instance, it can be used to study the pharmacokinetic profiles of drugs in animal models, evaluate the bioavailability of new drug formulations, or conduct preliminary screening of drug-drug interactions—making it a versatile tool in the life sciences.
Time-Saving Workflow: By simplifying sample pretreatment and detection steps, the kit frees up researchers’ time to focus on other critical tasks, such as data analysis and experimental design. For example, a laboratory processing 50 samples per day can reduce total assay time by 30-50% compared to traditional methods, significantly improving work efficiency.
Scalable Sample Volume: The kit is designed to accommodate a range of sample volumes (typically 10-50 μL per reaction), allowing users to adjust the amount of sample used based on the availability of samples and the required detection sensitivity. This flexibility is particularly valuable when working with limited sample volumes.
For research use only, not for clinical use.
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