In any busy lab, managing the flow of incoming specimens can quickly become overwhelming. Without a structured process in place, samples can be misplaced or delayed, impacting turnaround times and overall lab productivity. This is where lab accessioning becomes crucial. It helps labs track, label, and organize specimens systematically, improving both speed and accuracy.

In this blog, we’ll explore how lab accessioning plays a key role in optimizing laboratory workflows, reducing errors, and ensuring that specimen accessioning is processed in a timely manner. We’ll also discuss how Scispot simplifies this process with its automated platform, driving real-world results for labs.

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What is Sample Accessioning?

Sample accessioning refers to the process by which incoming specimens are logged, labeled, and assigned unique identifiers as they enter the lab. This step ensures that every sample can be accurately tracked from arrival through processing and reporting. Whether it’s blood, tissue, or any other specimen, proper specimen accessioning helps labs manage their samples efficiently, keeping detailed records of each sample’s journey through the lab.

The process typically includes:

• Receiving and logging specimens: Each sample is logged and given a unique accession number.
• Labeling samples: Specimens are labeled with their accession number, serving as a unique identifier throughout testing.
• Data entry and tracking: Patient details, test requests, and other relevant data are recorded, ensuring full traceability.

In many labs, this process also includes an initial quality check to ensure samples are intact and meet the required criteria for testing.

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Why Lab Accessioning is Essential

In a high-throughput environment, even small mistakes can result in significant delays or errors. Effective lab accessioning processes are designed to minimize these risks and streamline workflows. Here’s why lab accessioning is essential for labs of all sizes:

1. Accuracy in Sample Identification

Sample accessioning ensures that each specimen is uniquely identified and correctly matched with its corresponding data. In the past, manual entry or handwritten labels led to misidentification and mix-ups. With proper specimen accessioning, these errors are greatly reduced. Every sample is logged and tracked throughout the testing process, minimizing the chances of losing or misplacing specimens.

2. Improved Turnaround Time (TAT)

Labs are often under pressure to deliver results quickly, especially in healthcare settings where timely diagnoses are critical. Proper sample accession speeds up the process by providing an organized system for logging, labeling, and tracking specimens. By removing bottlenecks—such as misplaced or misidentified samples—labs can significantly improve turnaround times (TAT).

For example, a diagnostics lab using Scispot’s platform reported a 40% improvement in TAT after automating its sample accession process. This improvement was driven by the ability to track and prioritize urgent samples more efficiently, reducing delays.

3. Regulatory Compliance and Traceability

Maintaining accurate records and traceability is critical for regulatory compliance. Whether you're working in a clinical, research, or diagnostic accession lab, adhering to standards such as CLIA, CAP, or ISO 15189 requires full transparency of each sample’s journey. Lab accessioning generates detailed audit trails, documenting when and by whom each sample was received, processed, and reported. This ensures compliance with regulatory standards and supports quality assurance.

4. Efficient Workflow Management

An efficient accession lab reduces the time spent on administrative tasks, freeing lab personnel to focus on testing and analysis. By organizing specimens as soon as they arrive, sample accessioning ensures that they are processed in the correct order. Labs can prioritize critical cases and avoid backlogs that can delay testing. However, it’s important to note that switching to automated lab accessioning systems requires training and adjustments to workflows, as staff need to learn new processes.

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How Scispot Helps Simplify Sample Accessioning

Managing the accession lab process manually can be time-consuming and prone to human error. Scispot’s platform offers an automated solution to handle sample accession, helping labs manage specimen intake efficiently while ensuring accuracy at every step.

1. Automated Sample Tracking

With Scispot, every specimen is automatically assigned a unique accession number upon arrival. This number is used to track the sample from receipt to testing and reporting. Automated barcode generation and scanning ensure that samples are correctly labeled and processed, reducing the risk of human errors in specimen accessioning.

2. Integration with Lab Systems

Scispot integrates seamlessly with your lab’s existing systems, including ELN and LIMS. This means that sample information is automatically synced across platforms, ensuring that lab teams can access accurate data in real time. For instance, technicians can retrieve sample accessioning status or past test data without switching between systems, improving workflow efficiency.

3. Real-Time Monitoring and Alerts

Scispot provides real-time monitoring of each sample’s status, enabling labs to track every specimen throughout the process. Lab managers can set up alerts for urgent samples or delays, ensuring the lab remains organized and responsive. This feature is particularly useful in high-throughput labs where timely responses are critical to lab performance and sample accessioning efficiency.

4. Ensuring Compliance and Quality Control

Meeting compliance standards like CLIA or ISO 15189 is essential for any lab. Scispot’s platform ensures that all specimens are tracked and documented, providing a clear audit trail for regulatory compliance. The system also supports quality control checks at different stages of the sample accessioning process, ensuring that samples meet required standards before testing proceeds.

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Real-World Benefits of Efficient Lab Accessioning

For example, a San Mateo-based diagnostics lab was struggling with delays in specimen intake. Samples were often misplaced or misidentified, leading to slower turnaround times and frustrated clinicians. After adopting Scispot’s automated specimen accessioning system, the lab saw a 40% improvement in TAT. By ensuring each sample was properly labeled and tracked, they were able to process specimens faster and deliver results more efficiently, ultimately improving lab operations and patient care.

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Conclusion

For any lab handling large volumes of specimens, sample accessioning is a critical step that can greatly improve efficiency, accuracy, and compliance. By streamlining the process of receiving, logging, and tracking samples, labs can operate more smoothly and reduce errors that lead to costly delays.

Scispot’s platform offers an automated, efficient solution for managing sample accession. With real-time tracking, seamless system integration, and automated quality control, Scispot helps labs maintain order, ensure compliance, and improve turnaround times.

Ready to improve your lab’s efficiency?
Book a demo today to see how Scispot can help streamline your lab accessioning and specimen accessioning processes.

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