Why Ignoring Laboratory Information Management Systems Will Cost You Time and Sales

Laboratory information management systems are designed to improve productivity and efficiency in the lab by keeping track of all the data associated with experiments, samples, instruments, and laboratory workflows.

I put together this article as a way of letting know those who wish to run labs the importance and advantages of utilizing LIMS and the disadvantages that you will incur if you don’t incorporate this software as you run your lab.

If you are looking to install a laboratory management system, then you might consider SapioSciences as their software will be able to streamline your process, technology and your lab workflow.

A good LIMS software serves as an additional member in your lab as it automates workflows and tracks all crucial sample information, data and QA/QC results generated daily. LIMS are basically used as a sample-based tracking system.

Lab management software

Many lab equipment feature external and embedded PC software. In recent times, there is a high demand for independent software that can help researchers and clinicians organize and plan their efforts.

Laboratory information management system (LIMS), offers a streamlined control and a well-organized scheme that will be beneficial for quality control of equipment, counting samples and sorting them out, as well as managing and maintaining animal colonies. LIMS can also be applicable in complex projects that need constant computer control.

Using SapioSciences as your digital lab management software is advantageous as it is compatible with windows, mac, and Linux. Since laboratories are a fluid and shifting environment, the best lab management software that you choose to install should be flexible to adapt to the lab changes. For such flexible software, be sure to contact SapioSciences.

Laboratory management system procedure

LIMS allows for an effective flow of samples and any related data to improve the lab’s efficiency. It’s responsible for standardizing workflows, procedures and tests while at the same time providing accurate controls. Equipment may be incorporated into the LIMS to produce automatic data collection of tests, ensuring they are calibrated well and ensuring only trained staff operates the system.

The revision and audit control functions that come with a LIMS are the main reason why most people use a LIMS. This is the best way to go paperless.

Advantages of using LIMS

A LIMS helps in three major ways:

• Accuracy: It helps to produce accurate and repeatable results.
• Efficiency: Through the help of LIMS, labs can now automate and speed up tedious tasks.
• Management: LIMS helps labs to store and get results using the shortest time possible.

The main purpose of using LIMS is to increase lab efficiency and improving accuracy. A good LIMS system performs core function:

• Workflow management: It can be used to streamline workflow in the lab. From assigning work to researchers automatically to figuring out where exactly samples need to pass before the next stage during the workflow. A good system can be programmed to suggest the necessary instruments and equipment depending on the rules that have been pre-set and the criteria.
• Reporting: LIMS play a big role in maintaining accurate and timed reporting. The system can automate tasks in terms of daily, weekly or monthly basis. Ad-hoc reports can also be run fast, giving lab workers enough time to make real-time decisions that are well informed.
• Sample management: LIMS are mostly used for sample management to store accurate records of all the samples. Detailed information about a sample can be created once it arrives. The information can include sample source, names of the researchers working on the sample, and the workflow parts that the sample has already passed. Using LIMS to keep sample information reduces the risk of samples being lost.
• Inventory management: Inventory needs to be tracked as it’s an important part of daily lab management. This process can be automated fully by a LIMS system. It also ensures that lab supplies are ordered on time, depending on the requirements. This prevents delays from arising and keeps the workflow steady.

Laboratory information management system online training.

Introduction to laboratory information management systems is a course whereby you learn the basics about LIMS and how it helps to provide efficiency in the lab. Through this course, you get to learn:

• The functions, purpose, features and core components of LIMS.
• Differences between workflow and worklist integrated within LIMS.
• Guidelines on good quality control and barcode generation.
• The principle behind using a Bi-directional interface.
• Application of LIMS in registering patients, contract management, billing and accounts receivable.

The basic requirements for studying the above course are; basic laboratory science knowledge and basic health informatics knowledge.

The course is aimed at providing an introduction to LIMS. Each module is designed to bring out a clear understanding of various features and functions, which will enable users to manage samples effectively. You will also get to learn the significant flexibility of LIMS in its ability to automate workflows.

Conclusion

For any lab to run effectively, they need to have a laboratory information system software installed to ensure effective lab management. I personally recommend SapioSciences as the best lab management software for both small and big labs.

While exploring the possible future, data volumes will definitely be high and they will just tend to increase over time. Using a LIMS software will enable you scale these huge data volumes without overloading the system.