Analytical quality control refers to all those processes and procedures designed to ensure that the results of laboratory analysis are consistent, comparable, accurate and within specified limits.

With the maturation and application of genetic engineering technology, it is now possible to design, modify, and express proteins as needed, leading to a diverse array of recombinant proteins.

Excitement for mRNA therapeutics continues, as RNA technologies are awarded the Nobel Prize for the second year running. Yet, despite optimized analytics, critical quality control methodology and ...

Winemaking is a centuries-old craft, rich in knowledge about the conditions that transform grape juice into wine that has been garnered from meticulous experimentation with yeast-driven fermentation.

Sigma metrics constitute a quantitative approach that integrates bias, imprecision and total allowable error to evaluate the performance of clinical laboratory assays ...

Internal quality control is an integral process of laboratory testing. A clinical laboratory's coagulation quality control (QC) program is a critical component of its quality assessment program. The ...

Analytical procedure performance can be continually verified by risk-based monitoring of performance related data. The principles of quality by design (QbD) and life cycle management, as outlined in ...

When it comes to drugs, most of the attention goes to the active pharmaceutical ingredient. But typically the vast majority of what’s in a tablet, capsule, or liquid isn’t the active ingredient. A ...

Central Pollution Control Board's instrumentation laboratory has organised an analytical quality control (AQC) exercise to trace metal parameters for nearly 145 environmental laboratories of central ...