| A laboratory information management system is | | | | management system proper. |
| software which is usually, but by no means | | | | With a growing interest in scalability in data |
| always used in a laboratory setting. A LIMS | | | | management systems, these software solutions |
| system is used to manage and track materials | | | | offer research institutions and industry a user |
| and data including samples and instruments, work | | | | friendly method of managing large volumes of |
| flow, invoicing, reporting and a variety of other | | | | information across a single laboratory or many |
| functions. | | | | different facilities worldwide. These information |
| These information management systems may | | | | management systems provide the ability to |
| either be designed for a relatively narrow range | | | | increase efficiency and throughput in the |
| of capabilities or built to be a flexible, versatile | | | | laboratory or production facility by facilitating |
| system which can handle tracking and | | | | automation and reducing the possibility of human |
| management of any task in the laboratory. | | | | error by integrating instruments directly into |
| These systems are also widely used by | | | | workflow, one of the chief advantages of LIMS |
| companies who manufacture goods; the same | | | | systems. |
| kind of functionality which makes a laboratory | | | | One of the challenges of managing a laboratory or |
| information management system nearly | | | | production facility is ensuring regulatory |
| indispensible in a high sample volume laboratory | | | | compliance. Another reason why an increasing |
| environment also suits LIMS systems to use in | | | | number of laboratories are adopting the use of a |
| industrial scale production processes. There are | | | | laboratory information management system is to |
| many similarities between these software | | | | streamline the regulatory compliance procedures in |
| systems and process development and laboratory | | | | place in the facility by increasing the level of |
| information systems, though they may be used in | | | | accountability and improve the accuracy of |
| nearly any environment where the storage, | | | | internal audits, something which many of these |
| management and retrieval of large amounts of | | | | systems are designed to carry out. |
| data is mission critical. | | | | Not every laboratory has yet begun using these |
| The systems are used far beyond the medical | | | | software systems to handle the management |
| and scientific fields, being part of production and | | | | and tracking of their samples, reagents, |
| quality control systems in the pharmaceutical, | | | | instruments and to monitor workflow and to |
| petrochemical and nuclear energy sectors, | | | | provide an easy to use framework for the large |
| environmental analysis, water testing and many | | | | volumes of data generated by the modern |
| other applications across a broad spectrum of | | | | laboratory, but the trend towards LIMS systems |
| economic sectors as well as the sciences. In | | | | is a rapidly growing one. The advantages of these |
| nearly every environment where they are used, | | | | systems is well known, however and it is a near |
| LIMS systems are integrated with instruments, | | | | certainty that nearly every laboratory and |
| whether in the production environment or with | | | | production facility will have a laboratory |
| measurement instruments or other laboratory | | | | information management system in place in the |
| equipment when used as a laboratory information | | | | very near future. |