In the world of scientific laboratories, one particular software that is used a lot is the LIMS (Laboratory Information Management System). LIMS was developed by the National Institute of Standards (NIST) as part of the Clinical Laboratory Information Management Service (CLIS). This system provides users with capabilities that include the management of digital data. LIMS can manage the workflow process from the point of view of the laboratory personnel. Some of the benefits of LIMS are illustrated in the following.
* Standardization. When a new scientific study is done, it is very important to have data collected in the same manner as the previous experiments so that results can be compared and experiments can be deemed to be congruent. A laboratory information management system can help standardize the collection of data and the analysis of the same. As such different laboratories can apply for a standard reference sample, for instance. When the same procedures are repeated, the data collected for each should be the same so that comparisons can be made.
* Sample management. It has been found that the quality of a laboratory information system greatly affects the accuracy of the laboratory test or experiment. The LIMS can help in sample management since it has sample control features. A sample control feature is a feature which ensures that a sample is collected according to the set protocol. This is a very important laboratory procedure which prevents the accidental contamination of a new culture with a harmful contaminant.
* Sample tracking. Laboratory instruments make use of several methods for taking a sample from the laboratory. Some of these instruments require manual labelling of the containers to identify the container contents right before the sample is taken. Another laboratory procedure used for taking sample involves counting the number of the different components present in the sample. With the help of laboratory information management system, the sample tracking can also be recorded and the laboratory personnel can access this information later for keeping records of the number of the samples taken, the type of containers in which they were stored, and the reason for their storage.
Benefits Of Lims
* Workflow improvement. Another advantage of LIMS is that it assists laboratory personnel with improved workflow. In the absence of LIMS, laboratory personnel often have to wait for several minutes while the data from the input devices is uploading. The flow of information in a laboratory could be greatly improved if the LIMS is properly implemented. For instance, a good laboratory management system should ensure that the necessary information is being downloaded as and when required by the workflow. In addition, the system should also facilitate the creation of workflow documents which indicate the steps involved in the transfer of data from input devices to computers.
* Testing of experimental products. Testing of new products using laboratory devices is an important procedure performed in any laboratory. However, it is quite an expensive procedure. It takes a long time before the products are ready for usage. It is only after the product has been tested successfully that one can conclude whether the product meets the specifications of the specification or not. If the testing process is not done using lims, the entire procedure will be cost-prohibitive and this will result in a loss of revenue for the laboratory.
* Redundancy. Another advantage of implementing a LIMS is that it enables you to easily compare the efficiency of the present system against the prototype. In case of unsuccessful experiments, there is always a possibility that you have to revert to the previous laboratory system. However, if you make use of a LIMS, you would immediately detect if the present system is losing efficiency compared to the prototype. Thus, successful implementation of a LIMS can lead to cost savings and increased productivity.
There are many more benefits of LIMS. As stated above, it is easy to implement, consumes little money, and helps in the reduction of trial and error expenses. These are the reasons why the LIMS is becoming very popular in laboratories across the world. The only disadvantage of this product is that it is slow in detecting flaws and abnormalities in the present system. This is why the manufacturers of the LIMS have introduced new software that enables faster testing and detection of problems.
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