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Learn the advantages and disadvantages of using automated LLE systems versus manual LLE methods for sample preparation in analytical chemistry.
Learn what solid phase extraction (SPE) is, how it works, and why it is more efficient, selective, and environmentally friendly than liquid-liquid extraction (LLE).
Learn how to homogenize and filter biological samples for optimal extraction quality and safety evaluation.
Learn how to use buffer exchange and diafiltration methods for sample preparation. Find out how to select the optimal membrane size and type for your application.
Learn how to troubleshoot common issues that can affect your sample quality and quantity during concentration and desalting processes, and how to optimize your…
Learn how to ensure sample representativeness and homogeneity in sample preparation for different sample types. Follow these best practices and tips for reliable…
Learn the best practices and tips for RNA sample preparation in a high-throughput setting, covering sample collection, homogenization, extraction, purification, and…
Learn how to optimize your liquid-liquid extraction procedure and ensure reliable and reproducible sample preparation for various applications.
Learn how to choose the right sample type and size, follow standardized protocols and best practices, and apply statistical methods and tools to reduce sample…
Learn how to troubleshoot primer design, template quality, and reaction optimization issues in multiplex PCR for molecular diagnostics and quality control.
Learn how to optimize the selectivity of solid phase extraction (SPE) by choosing the right sorbent type, size, shape, amount, bed depth, mode of interaction, pH…
Learn how to reduce the solvent consumption and waste generation in your extraction processes with these practical tips on solvent selection, optimization…
Learn about sample preparation, sensor design, and signal processing methods to reduce matrix effects and improve sensor performance and accuracy.
Learn how to design, test, and optimize PCR primers and probes for your target DNA sequence and PCR type in this sample preparation guide.
Learn how to overcome the challenges and improve the quality and stability of your sample by integrating concentration and desalting steps with other sample…
Learn how to validate the recovery and reproducibility of microwave-assisted extraction methods for various analytes and matrices in six easy steps.
Learn how to monitor and control the temperature and pressure of the extraction solvent in pressurized liquid extraction (PLE) for optimal results.
Learn what are green extraction techniques, why they are beneficial for sample preparation, what are their challenges and opportunities, how to choose a suitable…
Learn about online platforms, journals, publications, and conferences that focus on microwave-assisted extraction (MAE) and sample preparation in this article.
Learn about the key factors to consider when scaling up protein purification protocols, such as expression system, purification method, buffer conditions, protein…
Learn how to deal with emulsion formation and stability in liquid-liquid extraction, and how to avoid or minimize them in your sample preparation.
Learn how to identify, minimize, and overcome background noise and contamination issues in your sample preparation, especially when using enrichment and depletion…
Learn what extraction efficiency and yield are, how to measure them, and how to improve them with different sample preparation techniques.
Learn the main aspects of MAE protocols and procedures, and how to overcome the potential difficulties of this fast and efficient extraction technique.
Learn how to scale up liquid-liquid extraction methods for sample preparation in analytical chemistry. Find out the best practices for solvent selection, phase…
Learn about the common techniques and parameters for cell disruption in sample preparation, and how to measure their efficiency and quality.
Learn how to choose the right buffer for homogenizing and lysing your samples. Discover factors to consider and latest innovations in buffer design.