PURELAB® Chorus 1 Complete

In this white paper, ELGA LabWater demonstrates that the PURELAB® Chorus range can dispense water suitable for high-sensitivity LC and LC-MS applications, ensuring users can have confidence that calibration standards will not be contaminated.

In this interactive document, ELGA LabWater takes you through four key areas where the impact of contaminated water can be catastrophic — whether measuring therapeutic levels of drugs in patient plasma samples or deciding to pass or fail a batch of API for drug formulation.

ELGA LabWater demonstrates the importance of ultrapure water for HPLC and LC-MS/MS by looking at some key applications of HPLC in clinical diagnostics. Examine the challenges that are frequently directly related to the quality of the water used. Applications highlighted include (i) ISD monitoring and treatment, (ii) monitoring of anti-psychotic drugs, (iii) drugs testing in forensic toxicology, and (iv) measuring the circulating levels of antimicrobials in severe infection.

Water is essential to the pharmaceutical industry, as both a raw material and a solvent in the processing, formulation and manufacture of pharmaceutical products. In this white paper, ELGA LabWater provides guidance to help you meet the specific water-related challenges associated with HPLC and the different water types used in the manufacture, analysis and quality control of life-saving drugs.

There are many potentially toxic substances in the environment that may contaminate our food, so is vital that measures are taken to protect against these threats to human health. In this application note, ELGA LabWater discusses sensitive new techniques that can accurately detect and measure chemical contaminants in food. ELGA LabWater also explores the benefits of using water purified in a PURELAB® laboratory water purification system for these experiments.

Understanding which foods we should eat for specific health benefits can be difficult – especially as these claims are not always backed up with sufficient scientific evidence. To address this, researchers are analyzing the bioactive compound profiles of different foodstuffs and assessing their potential health-improving properties. In this application note, ELGA LabWater explores the benefits of using ELGA PURELAB® Water Purification Systems in these experiments.

In this application note, discover a new sensitive technique for fingerprint examination allowing forensic scientists to gain more information - such as visualizing hidden fingerprints left on challenging surfaces or analyzing the chemicals in residues.

After a skin injury, our body normally triggers a complex wound healing process to repair the damage. Scientists are investigating the use of tissue engineering to mimic the body’s natural processes and help promote the healing of chronic wounds. In a recent study published in Carbohydrate Polymers, scientists create porous 3D scaffolds made of a naturally-occurring polysaccharide derived from crustacean shells and demonstrate their wound-healing potential.

Every day, scientists around the world are using water for a multitude of purposes. But the quality of this reagent is too important to ignore - contaminants and variabilities in laboratory water are putting too many results at risk. This guide shares ELGA’s expert knowledge about laboratory water and water purification technologies. Different levels of water purity are explored and some of the challenges around choosing what to use for a successful experimental outcome at the most economical cost are examined.

Water is one of the only materials used in every lab in the world. Nothing is more important to your workflow than having a consistent and accurate and reliable flow of water. Watch this video to discover the PURELAB Chorus product range by ELGA LabWater.

Warren Cairns, from the Institute for the Dynamics of Environmental Processes, Ca' Foscari University of Venice, discusses his paleoclimatic research looking at contaminants in ice cores and his work investigating the exchange of mercury between snowpacks and the atmosphere in Antarctica. Ensuring his samples aren’t contaminated is a crucial part of Cairns’ work. Watch this video to find out more about his research and the essential pieces of technology that keep his samples contaminant free.

Undetectable levels of DNase and RNase in purified water