Gain control of your clinical laboratory data by implementing STARLIMS FUSION.
Anytime, anywhere web browser access to information increases visibility to all members of the organization, and allows better enterprise-level management of the clinical trial laboratory operations. This brings improvements in compliance, sample management, turnaround times and resource utilization.
This article discusses the role of a web-based LIMS in clinical trials. A successfully integrated web-based clinical trial LIMS can deliver improved efficiencies and reduced costs--while addressing the ever increasing-needs in the pharmaceutical development process.
A flexible web-based LIMS is essential to Clinical Research Organization (CROs). It enables them to reduce costs and improve responsiveness when it comes to query resolutions.
The UK's National Health Service has used STARLIMS to create a solution that bridges the gap between bench and bedside. The NHS's multi-site LIMS implementation meets the clinical need to provide patient-centric information management, in a solution of much broader scope, which fully supports ongoing research based on the same clinical data.
There are several important distinctions between Web-enabled and Web-based LIMS. It is important to understand the differences between the two on a technological and functional level and to understand which model a particular LIMS or LIMS supplier has adopted. This White Paper helps clarify the difference, helping users make the correct choice of system that meets their Web strategy.
In the November 2009 issue of International Clinical Trials, Joe Tehan of STARLIMS Corporation examines the role of a unified laboratory informatics platform in streamlining lab operations.
Laboratories can leverage their LIMS to obtain the data that managers need to improve the performance of the laboratory operation, as described in this article from the September 2006 issue of American Laboratory.
This White Paper presents STARLIMS’ approach to unifying all laboratory data and documents into a single system, with integrated storage, management and retrieval. Achieving this means that laboratory documents and data from a multitude of different systems will be extracted, made available, and managed from a single source. In other words, there will no longer be a need to conduct multiple searches across different systems to find the required structured and unstructured information.
In this article from the September 2007 issue of American Laboratory, Dr. Simon Wood explains why hierarchical approaches to lab informatics are inherently problematic. He explains how a multilayer model puts the laboratory in a position to establish a complete informatics strategy, which may include LIMS, ELN, SDMS and other systems necessary to meet the lab's specific requirements.