Product Focus
In recent years there has been a growing trend to work with live cells, for instance, in high-throughput screening for drug discovery, for stem cell research or for such applications as in vitro fertilization.
Laboratory incubators are used to grow and maintain cell cultures and are available in a variety of sizes and types.
While the fundamental components of a high performance liquid chromatography (HPLC) system—pumps to deliver solvent, an injector, a column for separating the constituents of a sample, a detector and computing software—have remained the same, there continues to be innovations in their design and capabilities.
Gas Chromatography in the fast lane - innovations in gas chromatography focus on throughput and flexibility.
Oil-free alternatives offer numerous advantages besides being kind to the environment.
Recent trends in smaller particle size drives down costs and improves HPLC column and LC/MS column efficiency.
From cell culture media to extracellular matrices, there is a lot changing in the in-vitro world
Options driven by specialized applications, cost of consumables and use of workspace
An appropriate HPLC detector has the ability to sense the presence of a compound and send its corresponding electrical signal to a computer data station.
In terms of performance, users should keep in mind that the warm-up time during a power failure, pull down time, uniformity and recovery time after a door opening are all critical to the daily conditions that samples are subjected to.
