A scientist/manager’s role now includes much more than producing sound research results

Science has always been the paramount focus of laboratory managers. But that is no longer sufficient. Now, lab leaders need to be profoundly conversant with the business side of their operations as well.

Every laboratory manager and company executive has had these thoughts at some point: “Another regulation. OMG. What do they want now? Will the government ever leave us alone? How am I ever going to get anything done?” 

People say they want to be accountable. Organizations use the word “accountability” in their value statement. Leaders complain about a lack of accountability today. Accountability just doesn’t work.

Strategies for handling them the right way

Part one of this article ended with a discussion of politics in your department. We hope you have considered the questions and the implications of the answers.

Making a mistake here and there is the hallmark of human existence. None of us is perfect, and we can’t get everything right all the time.

For businesses, the costs of food and beverage recalls are significant and extend far beyond the hard costs of pulling product off shelves and scrapping inventory. Erosion of consumer confidence and loss of brand equity have consequences that are much farther-reaching and infinitely more costly.

In today's economy laboratories are asking their employees to do more with less, requiring more of both their employees and their equipment.  One way analysts are stepping up is looking for instrumentation that is adaptable for multiple purposes.

From beakers, incubators, hot plates and petroleum testers to analytical reagents, solvents, buffers and bases, you'll find a complete inventory of products to help keep your lab running its best.

Combinatorial chemistry can be traced back to the 1960's, but didn't gain popularity until 1990 when pharmaceutical companies started compounding large amounts of potential new drugs into libraries.  Now, combinatorial chemistry has moved into other disciplines such as materials science, biotechnology and even semiconductors

With its new 875 Karl Fischer Gas Analyzer, Metrohm combines decades of experience in moisture analysis and sample handling.  The KF Gas Analyzer is designed to handle nearly any gas sample - compresses, liquefied or native.  It is fully equipped to measure the absolute moisture content of LPG, petrochemical intermediates, natural gas or other compresses or liquefied gases.

NuAire has teamed up with Hitachi Koki himac to offer High-Speed, Refrigerated, General-purpose Ultra, and Micro Ultracentrifuges to provide our customers with a reliable separation solution.

"More laboratories are opting to generate their own gas, on-site," said John Speranza, Vice President of Global Sales at Proton OnSite.  "For Gas Chromatographers (GC) who are struggling to source inexpensive helium gas, hydrogen is the superior carrier gas alternative..."

An IT department alone can't plan, implement, and support today's laboratory systems

Helium is commonly used as the makeup gas for flame ionization detection in gas chromatography;
however, dramatic increases in cost and limited availability in recent years have led many chromatographers to use nitrogen in its place.

The equipment, instruments and systems introduced to the laboratory market at Pittcon 2014.

Louis Scampavia, PhD, associate professor in the Department of Molecular Therapeutics at the Scripps Research Institute in Florida, talks to contributing editor Tanuja Koppal, PhD, about how automation has been a critical part of their high-throughput screening activities. He goes into the details of what can and should be automated and the due diligence that needs to be performed before these decisions are made—decisions that have a long-standing impact on the workings of a lab.

Microscopy means many things to many different laboratories. One constant remains beyond the dizzying array of choices: constant technologic improvement based on the confluence of diverse technologies.

Glove boxes are containment systems for protecting samples, processes, and products from operators and the environment—or the other way around

Almost every piece of equipment—from a computer to an oscilloscope and beyond—uses a power supply. Scientists expect power supplies to keep going and going. Luckily, most of them do. Those power plants inside devices, though, come in a wide assortment.

High-performance liquid chromatography (HPLC) is, for many scientists, an essential chromatographic technique. HPLC systems used for the separation, identification, purification and quantification of various chemical and biochemical solutions are composed of a pump, a sample injector, a separation column, a detection unit, and a data-processor.

Microplate readers are widely used in research, drug discovery, bioassay validation, QC, and manufacturing processes for the detection of biological, chemical, or physical processes in samples contained in microtiter plates. 

While titration is a basic analytical method, titrators are specialized instruments that perform titrations with minimal operator intervention. They can thus minimize errors, improve throughput, and facilitate documentation. There are two major titrator types: potentiometric acid-based designs and Karl Fischer titrators.

For lab equipment as essential to protecting employees’ safety as biological safety cabinets (BSCs) and ductless fume hoods, making sure you’re looking after such equipment properly is crucial.

Problem: Whether due to mergers and acquisitions, lab downsizing, upgrading or outsourcing, many pharmaceutical and biotech companies—large and small—are opting to sell R&D or manufacturing equipment no longer needed in their own labs. This presents a great opportunity for other institutions to obtain late-model, quality equipment at a reduced cost, direct from the working lab. While purchasing second-hand equipment can be a cost effective and socially acceptable way to go, there are potential pitfalls buyers should look out for including: unreliable sellers, equipment contamination, hidden fees, and unverified purchasing channels.

Problem: With unrelenting need for accurate sample analysis at lower and lower detection limits, there is pressure on modern laboratories for sample prep instruments that can provide automated, accurate reagent additions to previously prepared liquid samples or for preparing several aliquots of these samples with multiple dilution factors. The catch-all phrase that identifies these devices is “liquid handling systems” and they perform absolutely essential tasks that have a direct and large effect on the ultimate measurement accuracy of both inorganic and organic sample analysis.

Easily measures live, cellular fluorescent protein assays.