Increasing laboratory efficiency and productivity while meeting government regulations is a perpetual challenge for today's R&D organizations. Further, advancements in instrumentation and software have increased the amount of data being generated, as well as the complexity of laboratory operations.
Applied Biosystems Celebrates 25-Year Legacy of Life Science Innovation Today, in order to better understand the complex interaction of biological systems, life scientists are developing revolutionary approaches to discovery that unite technology, informatics and traditional laboratory research.
MINITAB is a statistical software package in wide use by academe and industry. It includes modules for general univariate statistics, multivariate statistics, experimental design (DOE), reliability and survival analysis, quality assurance, time series analysis, nonparametric statistics, power/sample size calculations, and graphics.
Mobile measurements in the laboratory Shelley Gretlein Advances in standard networking technology have expanded the options for size, distance and integration of laboratory systems in computer-controlled experiments. However, adding wireless..
Developments in multi-photon processes Bill Weaver As a spectroscopist, I'm predisposed to recognizing the importance of light in our modern economy. Nonetheless, the recent flurry of articles, white papers and news
High-performance file systems Scott Studham Building colonies of Linux workstations into mammoth high-performance compute clusters is challenging. Beowulf computing has been plagued for some time by the
Upgrading the human-machine interface Bill Weaver, Ph.D. In late March 1979, during a routine
The above was the theme of a recent edition of the journal Science (Science; 5 Feb. 2004, 303(5659)). This timely topic concerning mathematical usage in biology included several essays on mathematical education, and uses/abuses by biological scientists. The issue struck a very responsive cord in this editor's soul. It is a topic near and dear to my heart, as well as something that I've ruminated upon for a very long time.
The next layer in the informatics stack Tobias Lehtipalo The pharmaceutical industry is facing increasing pressure to improve productivity. The rapid rise of R&D budgets in the 90s did not result in a corresponding improvement in the number of new drugs to market.
Looking to analytical packages that can be leveraged across a wide variety of systems Sean
Integration of a new chemical and biological data management system Andrew English, D.Phil.; Simon Saubern, Ph.D. Data management of chemical and biological information is a huge challenge for research organizations.
As life sciences companies look to develop enterprise-wide collaborative frameworks for their research and development efforts, they are increasingly turning to Electronic Laboratory Notebooks (ELNs) to be the central aggregator of scientific knowledge
Finding the real truth Robert Pavlis In its short history, the LIMS industry has seen more than a few myths come and go. Most of the time, they are the result of misconceptions that are based on misunderstanding. Unfortunately, a laboratory that accepts these myths as fact may be missing out on an opportunity to make
Replacing a legacy LIMS system is no small matter Ray Stonecipher Owing to ongoing global consolidation, stricter regulatory environments and maturity of Laboratory Information Management System (LIMS) technology, companies are opting to replace their existing legacy systems with leading commercial-off-the-shelf (COTS) LIMS solutions
Benefits in a LIMS environment David Shin, M.D. Service-oriented architectures (SOAs) have emerged as a new way of thinking about enterprise application development and integration challenges in the information technology (IT) industry. This type of architecture is well-suited to laboratory information management system