Cover Story | Volume 13 - Issue 8 | September 2018
Your Career, Your Move
When you’re a lab manager, it can be challenging to find the time to work on your own career development.
Cover Story | Volume 13 - Issue 8 | September 2018
When you’re a lab manager, it can be challenging to find the time to work on your own career development.
When you’re a lab manager, it can be challenging to find the time to work on your own career development
Career satisfaction remains strong among laboratory professionals
Learn more about the challenges of working with radioisotopes
Protection from hazardous chemicals requires knowledge and training.
For some unknown reason, Linda leaves Lenny in charge of the weekly lab meeting while she's away
Burmese python lab unlocks clues of digestive system function
Density meters and refractometers continue to evolve to suit researchers’ ever-expanding needs
Done right, mentorship is a win-win for individuals and institutions
Instead of a systematic or one-size-fits-all approach, managers need a variety of incentive options when trying to secure talent
Thorough method validation can be tedious, but not doing it right means wasted time, money, and resources
If there is one thing we are certain about, it is the presence of potential eye hazards in laboratories
What research laboratories can do before an emergency strikes to better prepare themselves and protect their samples and their data
Difficult matrix, complex products, uncertain standards
Dr. Bryan Tomlin obtained his doctorate degree in chemistry from Michigan State University, where his dissertation was in the area of nuclear structure studies.
George Miles, MD, PhD shares some details on his work in clinical genomics
To separate solutions, scientists often turn to high-performance liquid chromatography (HPLC)
Biochemical assays are dependent on the fidelity with which one can quantify the relative concentrations of proteins in solution.
To get the most out of a lab homogenizer, it is crucial to select the right features for given applications and to maintain it properly.
Most life scientists use some sort of microplate, and probably for more than one application
Learn some of the most exciting applications and more from the latest FTIR survey results
Learn some of the common problems users experience from our latest flow cytometer survey results.
Learn about the key techniques used and more from our latest particle size survey results
Find out the frequency of use and more from the latest viscometer survey results
Normalization of functional biological data is a key component in the workflow for performing and/or subsequent analysis of raw data to ensure accurate and consistent interpretation of results.
Cell culture media must be designed to consistently deliver optimal performance