White Papers/Resources

8 ways to ensure data integrity in life science

Along with background information and links to all relevant regulations and guidance documents, this white paper gives you eight ways to ensure data integrity in your computerised system.

Monitoring secrets from North America’s largest healthcare services company

Learn about the cutting edge solutions McKesson implemented to optimise processes and deliver pharmaceuticals safely and reliably.

How UV/VIS spectroscopy can optimise measurement in the lab

UV/VIS spectroscopy is a powerful method used on a daily basis in many laboratories. It is easy to perform, takes little preparation and provides near-instant results in the analysis of nucleic acids, proteins and bacterial cell cultures.

How to raise antibody standards and improve reproducibility

Currently 70% of researchers fail to reproduce experiments. With so much research built on previous work, our scope for scientific discovery is significantly limited.

9 steps to validate your life science storage

Good manufacturing practice regulators in Australia have sharpened their focus on life science warehouse storage and distribution practices. Regulatory thinking has shifted from quality-by-test to quality-by-design systems with emphasis on the level of risk to product quality and patient safety.

Monitoring with mean kinetic temperature in GxP environments

Regulatory bodies in drug manufacturing and distribution have long been working together to create standards for temperature monitoring that will ensure the quality of drugs, devices and biotechnology. The mean kinetic temperature (MKT) value has been identified as a potential tool for evaluating the impact of temperature on product quality.

The solution for a seamless quantitative bioanalysis

High selectivity is a critical element of successful quantitative bioanalysis. Recent technology advances have increased selectivity well beyond its previous gold standard — providing bioanalytical scientists with new dimensions and tools with which to work.

Continuous environmental monitoring — compliance and best practice tips

Automated environmental monitoring systems are now a critical element in many laboratory operations. To reduce your risk of adulterated product and missing data, ongoing system maintenance is essential. This is easily achieved by integrating the software-based system into your own organisation's quality system.

Protective solutions for glove allergies

Wearing glove products can cause adverse skin reactions, ranging from irritant contact dermatitis to severe allergic responses such as anaphylaxis.

The ultimate guide to hand protection in life sciences

Hand protection is rarely a one size fits all, especially in the life sciences. Whether hands need to be protected from hazards or products require a complete barrier, hand protection requires careful selection.

Advantages of Wavelength Scanning in Fluorescence and Absorbance Assays

EnVision® Multilabel Plate Reader, widely used in biological assay studies across the field and available in a number of configurations, incorporates monochromator technology in its two options. Absorbance Monochromator option is capable of performing absorbance assays while Fluorescence Intensity Monochromator option can be used for both absorbance and fluorescence intensity assays (quad monochromator design).

Gene expression and miRNA data analysis

Automated analytical pipelines that are modular and flexible, combined with the use of standardised file formats, can facilitate miRNA and whole transcriptome data analyses. This white paper discusses methods and bioinformatics tools that can be logically connected to create such automated pipelines from raw sequences to statistical reporting and mapped counts assigned to each gene or miRNA.

Download now.

Flow cytometric chromosome classification

Flow cytometric chromosome classification has been routinely used in the analysis of mammalian karyotypes as well as to assess chromosomal abnormalities. Download this tech paper for more information on how highly purified fractions of chromosomes can be isolated rapidly from the labelled chromosomes using a cell sorter.

Assessing yeast viability

Microorganisms such as yeast are used in many biotechnology applications including genetic engineering, vaccine development and the production of food. This Tech Paper presents an accurate and rapid method for assessing the viability of yeast using a flow cytometric approach.

Assessing bacterial viability

Assessment of bacterial viability is crucial to many applications ranging from the production of food and medicine to environmental monitoring.

Download this Tech Paper to learn about an assessment approach using flow cytometric analysis.