Laboratory News

Comparing Laboratory and Clinical Thermometers

Comparing Laboratory and Clinical Thermometers

Both in the lab and in the clinic, thermometers ar

How to Use a Buchner Funnel for Better Filtration
How to choose the right wire gauze for your pharma lab

How to choose the right wire gauze for your pharma lab

Everything in a pharmaceutical laboratory, ranging

How to Choose the Right Volumetric Pipette for Your Lab

How to Choose the Right Volumetric Pipette for Your Lab

In the field of scientific research and diagnostic

Common mistakes to avoid when using test tubes in experiments

Common mistakes to avoid when using test tubes in experiments

In scientific research around the world, test tube

What Scientists Say About Chemtrails

What Scientists Say About Chemtrails

Contrails are still a hot topic of debate alongsid

How to measure temperature outside the lab accurately

How to measure temperature outside the lab accurately

In laboratories, everything is in perfect order fr

How to clear up confusion about solutes and solvents

How to clear up confusion about solutes and solvents

Have you added sugar to your tea or salt to your s

Why is water called a universal solvent in solutions

Why is water called a universal solvent in solutions

The chemistry of life revolves around water. It ai

Sampling Manifolds in Single-Use Systems for Bioprocessing

Sampling Manifolds in Single-Use Systems for Bioprocessing

In the case of biopharmaceuticals, industry standa

What to Know Before Buying a Dissolving Purification Device

What to Know Before Buying a Dissolving Purification Device

A broad range of industries can benefit from subst

Common mistakes in PCA and how to avoid them

Common mistakes in PCA and how to avoid them

PCA (Principal Component Analysis) is one of the t

Laboratory News

Comparing Laboratory and Clinical Thermometers

Both in the lab and in the clinic, thermometers are important tools. Their use in a laboratory differs greatly from its use in a clinical setting. Both types of instruments measuring temperature employ differing design features, requirements for accuracy, standards for calibration and application. In this article, we explain the differences between laboratory and clinical

How to Use a Buchner Funnel for Better Filtration

Filtration is an everyday practice in pharmaceutical, chemical, and microbiological labs, although it is often one of great importance. Whether it is during synthesis in the stage of solid-liquid separation or during cleansing of compounds before analysis, how well the filtration will be done can seriously impact the experiment’s success. It is at this stage

How to choose the right wire gauze for your pharma lab

Everything in a pharmaceutical laboratory, ranging from support equipment to precision instruments, has a critically defining role. A piece of lab equipment that often gets overlooked is a wire gauze, however, it is a vital accessory. Although the “accessory” may sound basic, the accuracy, safety, and efficacy of your laboratory heating procedures can be influenced

How to Choose the Right Volumetric Pipette for Your Lab

In the field of scientific research and diagnostics, everything requires the utmost accuracy—it is a matter of life and death. Whether you are measuring reagents in a pharmaceutical experiment, preparing buffers for DNA extraction, or calibrating solutions in a chemistry lab, the accuracy of your volumetric measurement instruments will always determine the quality of the

Common mistakes to avoid when using test tubes in experiments

In scientific research around the world, test tubes are among the basic tools found in every laboratory. The test tube is equally valuable in the manufacture of pharmaceuticals, biotechnology, clinical diagnostics, surgical medicine, and academic laboratories. As simple as they are, test tubes can be the source of contamination, accidents, or even incorrect results if

What Scientists Say About Chemtrails

Contrails are still a hot topic of debate alongside their other relatively newer counterparts such as ‘–chemtrails’. It is easiest to define contrails as condensation trails, observable in particular when using a direct look into the air at awfully extreme photography-like angles like above. Essentially, allows us to detect aircraft flying at higher altitudes, commonly referred to

How to measure temperature outside the lab accurately

In laboratories, everything is in perfect order from the calibration of instruments to precision of measuring tools. But in case the measurements have to be done outside the lab, for instance in field studies, environmental studies, transportation of pharmaceuticals and agriculture, a whole new set of challenges is presented along with a requirement for new

How to clear up confusion about solutes and solvents

Have you added sugar to your tea or salt to your soup? You have already performed an experiment. The addition of terms like solute and solvent might make even some experts think. So, this is where we clarify everything nice and easy. Let’s Start With Simple Definitions: Solute: This is the substance that dissolves. Solvent:

Why is water called a universal solvent in solutions

The chemistry of life revolves around water. It aids in keeping living organisms alive and ecosystems healthy. Moreover, it is actually referred to as the universal solvent. Various labs, industries, and even our own bodies, utilize this simple molecule. Wonder what makes this “universal solvent” so justified? What Makes Water the “Universal Solvent” It is

Sampling Manifolds in Single-Use Systems for Bioprocessing

In the case of biopharmaceuticals, industry standards demand that during every step of the vaccine or biologics manufacture processes, sterility and integrity of these bioprocesses is sustained. critical part of this is the ability to collect process fluids at predetermined time intervals for analysis without introducing any contamination. This is where a Sampling Manifold in

What to Know Before Buying a Dissolving Purification Device

A broad range of industries can benefit from substances’ quality monitoring systems integrated with automatic dissolving purification devices. Their applications are very common in laboratories, pharmaceutical manufacturing, chemical processing, and environmental analysis for removing unwanted impurities from liquids or gases. The right choice can save time and resources while ensuring long term dependability. Therefore, when

Common mistakes in PCA and how to avoid them

PCA (Principal Component Analysis) is one of the top algorithms used for dimensionality reduction. It has applications in data science, data-driven decision-making labs, or even in biology and chemistry and even in economics! But as helpful as PCA is, so many people struggle using it because they get stuck making basic errors that can lead