In the digital age, scientists and researchers rely on automated sample preparation technology. This is to perform tasks like sample dilution, extraction, and purification.
Manual methods can be problematic because they’re time-consuming, labor-intensive, and prone to errors. Fortunately, advances in automation are streamlining laboratory workflows and making research more efficient.
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In this blog post, we’ll explore the trends in automated sample preparation technology.
High-Throughput Techniques
High-throughput (HT) technology is a used term in the biotechnological industry. It refers to the ability to process a large number of samples simultaneously. This technology can enhance the efficiency, speed, and reproducibility of sample preparation procedures.
One of the major advantages of HT technology is its ability to handle a vast number of samples. This could help researchers screen potential drug candidates in less time than required.
A technique such as liquid handling technology enables automatic pipetting for high-throughout preparation. It covers the limitations of manual processes.
Online Sample Processing
Online Sample Processing (OSP) is a method that enables samples to be processed from their sources. A major advantage of OSP is that it’s a walkthrough method. It could save laboratories a considerable amount of time. OSP involves integrating the following:
- Sample preparation
- Mass spectrometry
- Data analysis integration
All these are continuous, high-volume, and need the least user intervention. In some research applications, you can use OSP for long-term monitoring of continuous processes such as fermentation.
Additionally, some industries use OSP for quality control of the product from production. OSP has tremendous potential. This is due to its ability to reduce cell lysis steps and increase the productivity of research labs.
Intelligent Software
The fourth trend is intelligent software that can optimize the sample preparation process. These software systems use the following
- Artificial intelligence
- Machine learning algorithms
These intelligent software help analyze data and adjust protocols for optimal results. They can help also cut human error and provide real-time feedback on the quality of samples.
Microfluidics
Microfluidics has revolutionized the field of sample-handling technology. It can manipulate and control small volumes of fluids.
This trend has gained a lot of attention in recent years. This is true, especially in the pharmaceutical industry where the demand for high-throughput, efficient sample preparation methods is growing.
One of the latest technologies in this field is the use of microfluidic chips, such as the Zorbax small molecule chip. This chip allows for rapid and precise purification, separation, and analysis of small molecules. This method saves time and resources.
Microfluidic chips also provide more accurate and reproducible results making it a promising approach for future advancements in sample preparation technology.
Multi-Modal Sample Prep
The fifth trend is multi-modal sample preparation. This trend combines many sample preparation techniques into one workflow to save time. It can also reduce sample loss by minimizing the number of sample transfers required.
Multi-modal sample prep can also increase the sensitivity and selectivity of analytical assays.
Shaping the Future of Automated Sample Preparation Technology
The latest automated sample preparation technology trends are focused on improving efficiency, precision, and accuracy. Projects that need high precision and accuracy can enjoy these technological trends.
Invest in the latest automated sample preparation technology and elevate the standard of your research. Experience the future of laboratory testing!
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