qPCR Analysis Software: Uses & Benefits
Initial Problems Developing Automated Liquid Handling Robots The “q” in qPCR stands for quantitative. Over the past 20 years, the tremendous advances made by the
The Basics of Protein Expression and Purification
Initial Problems Developing Automated Liquid Handling Robots Whether human, plant, or bacteria, proteins play a vital role in every living cell’s structure and function in
Components of a Liquid Handling System
In modern science and pharmaceutical laboratories, tiny amounts of liquid must be transferred many times to perform everything from genetic testing to drug screens. As
Automatic Plate Loading for Improved Instrument ROI in the Lab
A microplate robot has advanced the availability of automated qPCR and ELISA and many other applications and assays in laboratories that rely on studying genetics,
Automated and Fully Automated PCR Robots
PCR is a widely used technique, but it’s also very hands-on and time-consuming. Additionally, manual PCR does have some challenges that can affect the final
What to Look for in Automated Barcode Labeling
The use of barcode labeling is not just helpful when using automated laboratory equipment. It’s essential when your laboratory technology is designed to increase productivity,
How ELISA Automation Can Speed Up COVID-19 Testing
Can I Afford a Laboratory Automation System? Enzyme-linked immunosorbent assay (ELISA) is one of the most common testing methods for detecting antibodies to several proteins
Microplate Handling Systems: Matching the Right Product to Your Needs
Microplate handling systems can include any or all of the following robotics: Microplate handlers Microplate stackers Barcode labelers Microplate washers Microplate readers And a host
Automate Your DNA/RNA Extraction Process for COVID-19 Testing
In 1868 – 69, Friedrich Miescher studied proteins when he noticed that the addition of acid caused a precipitate to form that would then dissolve
Next Generation Sequencing Methods 101
What is Laboratory Automation? Next generation sequencing protocols can be used to map an entire genome and its three billion base pairs as well as
