A biobanking LIMS can integrate, centralize, and safeguard specimen data
Though biobanking—the practice of managing biological specimens and data for current or future medical research—has been around for many decades, the field has changed significantly since the completion of the Human Genome Project in the early 2000s. Advanced analytical techniques, high-tech tools, and mountains of data have made their way into modern biobanking, with the rapid changes both inspiring and perplexing clinical researchers looking for answers.
A cloud LIMS has the potential to improve lab efficiency and save time
The move from strictly paper-based processes in the clinical research laboratory to processes that are more automated and paperless has been ongoing for several decades. Driving this change has been the promise of greater laboratory efficiency and more time for laboratorians to focus on other aspects of the lab.
A laboratory that performs any type of test can be categorized as a testing laboratory. There are different types of testing laboratories such as food and beverage, environmental, cannabis, clinical, petrochemical, etc. Each testing laboratory needs to follow certain standard guidelines and compliance in order to receive recognition from regulatory bodies.
Modern day laboratories often find it challenging to zero-in on a Laboratory Information Management System (LIMS) that can enhance their laboratory efficiency, maximize investment returns, and meet their laboratory data management needs of today and tomorrow. Today, LIMS is in the fourth generation of evolution, and laboratories who are using an on-premise LIMS need to upgrade or choose a LIMS that can offer them higher scalability and flexibility at minimal expense.
Modern day labs are under constant pressure to reduce expenses, improvise lab efficiency and constantly enhance the quality of results. To begin with, it is important to understand what lab efficiency exactly means. In simple terms, lab efficiency is all about how a lab effectively manages time and available resources to improvise data quality, eliminate manual errors, improve laboratory results turnaround time, and streamline lab operations.
The advent of cloud technology has helped many labs to automate by easily migrating their data saved in the form of old paper notebooks and spreadsheets. Cloud Technology not only helped labs to streamline lab operations and save resources, but also paved the way for offering personalized LIMS services on demand guaranteeing maximum user satisfaction.
Leading IT technological innovations such as Software as a cloud storage and Service (SaaS) have revolutionized the operation of modern labs. Biobanks, CROs and research labs are fast-moving towards cloud technology, owing to excessive pressures of meeting deadlines and complexities associated with IT infrastructure and support. Why is cloud becoming the best choice for every lab, planning a LIMS implementation?