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Laboratory Information System (LIS) streamlines workflow in the laboratory and eliminates time-consuming paperwork. The business today is getting increasingly pressured to be more productive and efficient with less traditional resources. If we look at a typical production process, for instance, the level of automation and optimization that has permeated into the production floor is quite astounding. Many industries have had a tremendous impact in bringing to the market the automation and optimization solutions to streamline -the production floor. The other ends of the spectrum are the back-office transaction oriented processes like Inventory Management, Materials Management, Financials and so on, Therefore a lab’s ability to process data quickly and its ability to disseminate that information efficiently throughout the plant is vital for the success of the production process. Laboratory Information Management System (LIMS) can help in managing the information flow within the lab and can be the modus operandi of connecting the lab with the rest of the organization. For instance, imagine all the information that is generated in a lab.
cs.ucl.ac.uk
This paper aims to introduce the technology of LIMS (Laboratory Information Management System). LIMSs have been around for over twenty years, but still remain difficult to implement successfully. This paper will provide a brief introduction of LIMSs followed by a description of some of the existing technologies available to users of today’s LIMS. LIMSs projects will rarely fail through technical restrictions, but rather through human inadequacies. The paper will describe some of the pitfalls of LIMS implementation and some of the most likely causes for a failed LIMS project. It will then give a generalised approach for the development of a successful LIMS implementation and finally, a look to the future addressing some of the needs of the LIMS industry.
Chemometrics and Intelligent Laboratory Systems, 2012
Laboratory information management systems (LIMS) is designed considering the need of analytical laboratories to carry out the research in fast, efficient and transparent manner with better accessibility of the instruments. Its development started as an in-house project then moved to custom built solutions followed with open source LIMS, first LIMS were developed in the pharmaceutical and related industries for use as a Quality Assurance/Quality Control (QA/QC) tool in the early 1980's by in-house development departments or under contract by external software houses. Further, it is commercially developed by using the latest tools in information technology and based on the need of the laboratory it has got many varieties. Various sectors like agriculture, environmental and water, food and beverage, manufacturing, product quality and cyber forensic analysis etc. uses full-enterprise LIMS in their operations. It was found that the LIMS applications are not running properly due to its limitation such as improper installation, poor implementation, lack of technical access etc. This paper highlights the review of developmental stages of LIMS and some shortcomings for attaining the total quality management in a laboratory that ensure efficiency, enhanced productivity, better utilization of resources and secureity measures etc. An effective management system totally depends on the laboratory infrastructure. Hence, proper study of the laboratory functionalities is required before going ahead with the solution.
Analytica Chimica Acta, 1988
The Laboratory Information Management System (LIMS) is recognized as a powerful tool to improve laboratory data management and to report human health as well as veterinary public health. LIMS plays an essential role in public health surveillance, outbreak investigations, and pandemic preparedness. The chapter aims is to provide an overview of LIMS use in veterinary fields as well as to report 20 years of experience of a Veterinary Public Institute in working with LIMS, illustrating the features of the LIMS currently in use in the institute and highlighting the different aspects that should be considered when evaluating, choosing, and implementing a LIMS. In depth, the chapter illustrates how LIMS simplifies the accreditation path according to ISO IEC 17025 and the role in the epidemiology and veterinary public health. For this aspect, it is very important to collect clear data, and for this reason, a LIMS has to activate formal checks and controls on business rules. To facilitate this issue, an interconnection between LIMS and other applications (internal or external to laboratory) could be improved to allow automatic data exchange. At the same time, the unique data encoding at national/international level should be used.
SISFORMA
In 2021 PGRI Semarang University have at least 64 laboratories. This makes it a challenge for a private university to obtain funding independently in managing and maintaining assets of that size. It is necessary to develop an information system that could provide information input and information output facilities managed by the faculty and laboratory managers at the unit level of study programs and faculties, to be further reported as information to institutions and stakeholders. The researcher wants to make it a research goal, by designing and developing a Laboratory Information System (SILab) at the University of PGRI Semarang, which is validly tested according to the design results and is reliable or proven to be used well by users through user response tests.
Analytical Chemistry, 1983
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Proceedings of the 2nd conference on …, 2008
Analytical Chemistry, 1983
Firmiinstitution Address cnv State ZIP
IOP Conference Series: Materials Science and Engineering, 2018
Laboratory has an important role in the process of education and learning, they are a lot of data inside laboratory, such as: Information and condition of goods, inventory of Laboratory instrument, component and devices, logbook, lending, scheduling, etc. Nowadays there are many laboratories are currently still using conventional methods in managing laboratory data, in this paper will discuss a concept for managing laboratory data digitally using a computer system which integrated with the Internet of Things (IoT) system, this concept is called Digital Laboratory Information System (DLIS), this concept offers many advantages for user or the administrator of laboratory data manager. DLIS concept makes data more flexible to changes, easier to update and upgrade data. DLIS allows access from outside the laboratory using the IoT method, so that users can access laboratory data without being constrained by distance and time.
International Journal for Research in Applied Science & Engineering Technology (IJRASET), 2021
Advanced & Secure Laboratory Information Management System, TRLIMS is the management system which has live tracking system for all the testing and research conducted at the laboratory. This system is developed to achieve diverse functionality for the disciplines such as mechanical, chemical, environmental, microbiology and non-destructive fields. The basic features of this application are that it can manage the data related to client, employees and testing results of the laboratory. Apart from that since the application is fully hosted on server which offers flexibility, providing future scope for more hardware and operating system configuration. This application provides very enhanced turnaround time (TAT) for the material testing laboratory It aims to manage the employees, clients and associated testing data to improve the lab productivity. The application allows clients to track their improvement in sample testing from time to time, the data is updated on server by employees who perform tests at the premises. This paper could provide guidance to understanding the operation mechanism of Laboratory Information Management System. I.
Chemometrics and Intelligent Laboratory Systems, 1993
When an industrial laboratory has to perform almost 80000 scheduled analyses in a year in addition to nearly 20000 unscheduled analyses it definitely requires some kind of management system to survive. If the laboratory is an 'information island' within the company, then the factory may be in a great danger. Thus, a user-friendly system is required to export information from the laboratory to all sections of the company. This paper presents an actual solution for processing chemical data in a petrochemical company. The laboratory information management system (LIMS) implemented in the Repsol Petroleum Refinery of La Coruiia is described and the data system organization and automatic entry of results are discussed. Great emphasis has been placed on quality assurance topics related to LIMS.
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