Your Guide to Liquid Handling Equipment
Industrial Synthetic Biology: Synthetic Biology and Industrial Biotechnology Liquid handling is transferring fluid in a laboratory setting from one container to another and is used
Colony Picking As Part Of Cell Culture
Industrial Synthetic Biology: Synthetic Biology and Industrial Biotechnology Have you ever wondered how epidemiologists identify which bacteria are causing the latest food poisoning outbreak? When
Industrial Uses of Synthetic Biology: An Overview
The use of industrial synthetic biology is not new; however, it’s become a rapidly growing field in recent years. Synthetic biology is considered to be
Best Types of Automated Liquid Handling Systems/Robots
More and more laboratories are adding. Human error is always a concern, even for the most highly trained technician. Also, results are faster with automatic
What Is an ELISA Sandwich Assay?
ELISA stands for Enzyme-Linked ImmunoSorbent Assay. There are several types of ELISAs, including the sandwich ELISA, indirect ELISA, direct ELISA, and automated ELISA, all of
Not Sure What to Go For? Here Are Some Laboratory Automation Examples
With the development of new products, medicines, and technologies each day, laboratory managers are turning to automation. Automation increases throughput, reduces errors, and makes lab protocols easy to repeat.
Automation of Synthetic Biology Processes: Some Staples to Consider
Synthetic biology refers to an interdisciplinary branch of bioengineering in which scientists create or change biological systems. Currently, most synthetic biology applications relate to the
pH Meter Principles And Applications: An Overview
Learn about the pH meter principle and application of this useful chemistry tool. From medicine to agriculture, pH can be used to understand chemicals and perform safety checks.
Liquid Handling Devices You Need In Your Laboratory
Every laboratory needs automated liquid handling machines and other devices. Liquid handling is an important part of any process, whether you’re running a full-scale multifunction
Automation Opportunities in a Microbiology Lab
Automation in microbiology offers very distinct benefits: first, laboratory robotics and automation provide accuracy and efficiency, which is a benefit when many samples must be