Sperm cell identification serves as a widely utilized forensic analytical technique in the examination of sexual offenses. MetaSystems has put together a workflow incorporating Deep Neural Networks (DNN) technology within the Metafer scanning software. This customization has the potential to speed up and simplify sperm detection in forensic examinations.

The DNN-based metaphase detection can be added to any Metafer-based metaphase finder as a Customization Package. The approach typically yields metaphases of superior quality compared to those identified by traditional algorithms. The method has the potential to not only boost the overall count of detected metaphases but to also decrease the need for recording metaphases at high resolutions.

The Customization Package Spot Counting workflow streamlines the management of FISH cases and bears the potential to lead to a notable reduction in processing time. At the heart of the workflow lies the essential RapidScore review process. This crucial step empowers experts to efficiently evaluate data, focusing precisely on areas of interest while identifying any potential anomalies.

The Customization Package for Gram Imaging enables seamless integration of microbial sample digitization into existing laboratory workflows.

With the support of our application specialists, users can set up a workflow that enables the automated acquisition of Auramine-stained slides. Users can implement a customized Deep Neural Network (DNN) to pre-qualify the found objects. You can also choose to set up a suggested grading of the detected Auramine-stained objects. 

Many laboratories worldwide benefit from Metafer imaging automation in genetic toxicology. Standardization is key to genetic toxicology testing. The often very subtle effects can only be reliably detected if all aspects of the test, including the scoring, are performed based on standardized parameters.

The standardization of microscopy offers significant advantages by fostering uniformity and reliability across diverse research settings. It promotes resource sharing, collaborative research, and the development of universally accepted guidelines and regulations, ultimately advancing the field of radiation safety and public health on a global scale.