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    pharmaceutical testing

    What is Validation in Pharma and Why Does It Matter?

    The world of pharmaceuticals encompasses a broad scope on law and ethics. The need for safety, effectiveness, and quality is not only vital, but a legal and ethical prerequisite. This is where ‘validation’ comes into play. But what validation means in the pharma world and why it’s important? What Validation Means Validation refers to having

    Common mistakes when handling lab vials and how to avoid them

    Lab vials are some of the smallest containers in any laboratory, but unless they contain samples, they carry none of the most vital elements. Whether it is high-stakes testing for a pharmaceutical company or a routine quality control (QC) analysis for your business, the handling of vials during sample collection and processing requires attention to

    Titrant to Titrator: The Science Behind Accurate Chemical Analysis

    Analytical laboratories must operate with strict precision as part of their fundamental responsibilities. Whether analyzing the quality of pharmaceuticals, assessing the environment, or testing food quality, titration is among the most trusted techniques. While there are numerous reasons for the accuracy of results, two essential components are the titrant and the titrator. Both are critically

    EZ-CFU™ Single Step: Simplifying Growth Promotion Testing

    In the pharmaceutical and biotechnology industries, and those that perform quality control assessments, Growth Promotion Testing (GPT) is integral in evaluating the performance and reliability of culture media used for microbial analysis. The traditional methods for preparing microorganism suspensions involve considerable time and labor, in addition, these methods have poor reproducibility. EZ-CFU™ Single Step presents

    Managing bias in LC–UV potency assays

    Even well validated LC–UV methods can produce misleading potency results. Managing bias in LC–UV potency assays Are your potency results as reliable as you think? Even well validated LC–UV methods can produce misleading potency results. Why? Because real world conditions rarely match validation perfectly. Small differences in extraction, chromatographic separation, or reference standard assignment can