Particularly useful for busy laboratory staff in the pharmaceutical and food industries who can now enjoy the benefits of their stability trial and results being managed entirely by their Lims
Analytical Information Systems (AIS) has just released a new revision of the Stability Pre-Scheduling module.
This is particularly useful for busy laboratory staff in the pharmaceutical and food industries who can now enjoy the benefits of their stability trial and results being managed entirely by their Lims.
In the pharmaceutical industry, the stability of medicines and packaging is of key importance.
In the food industry, shelf life studies and packaging stability is paramount.
Unstable medicines and food with very short shelf life can be very costly to the manufacturer.
This module is of particular importance for stability trials based on sets of pre-programmed samples and storage conditions in both production and development phases.
The new Stability Pre-Scheduling module allows samples to be pre-registered onto the Lims for planned release at predetermined times.
AIS Lims organises the work protocol by informing lab staff of what resources are required for the stability study, what needs to be done and when to do it. The new software has many new features including tools to allow authorised users to modify screens and data structures.
The system will also allow registered samples to integrate with the AIS AQC system to allow active triggering of analytical quality control standards.
So if certain predetermined standards are not met by samples, the results will be rejected by the Lims.
If the stability study starts to suffer from data drift, the user is immediately informed.
This will improve the quality of the stability trial and remove human error in spotting mistakes.
The software provides a variety of predefined text and graphic reports of associated work and effort required for study planning which can be modified by an authorised user using the proprietary AIS Lims report writer.
The software provides for the management of stability studies in a clear and concise manner suitable for many industries requiring pre-scheduling of samples and associated work.
