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What molecular diagnostics laboratory systems offer

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Hakim

Hakim

Gilbert Hakim, founder and CEO, SCC Soft Computer: SCC’s Genetics Information Systems Suite, a single platform utilizing a single database, allows labs to fully incorporate and automate the molecular/genetics/NGS testing process.

The software suite, which includes SoftMolecular, is a workflow solution for the diagnostic molecular genetics laboratory. It allows geneticists and pathologists to create customized protocols for managing testing workflows, derive data and images from automated instruments via interfaces, auto-populate report text based on result-driven reporting rules, and easily access patient and family medical and testing histories.

The software provides customizable next-generation sequencing functionality. Customizable requisitions can capture test-specific information, allowing users to build and store family pedigrees in the system. The product also easily handles aliquoting and extraction processes, whether automated or performed manually.

Additional functionality provided via SoftMolecular includes:

  • support for clinical and research applications of NGS, including targeted panels, whole exome sequencing, and whole genome sequencing, as well as for other common molecular technologies.
  • easy categorization of the reportable variants and versioning into relevant databases to facilitate variant entry, management, and interpretation.
  • direct interfaces to molecular instrumentation for uploading or downloading data.
  • a Web-based orders and results reporting portal.
  • functionality to manage patient and family cases, track sample storage, and control inventory.
  • the ability to combine different types of result values on one graph for comparison purposes or provide multiple graphs for a single test.
  • features to combine patient results with the information in the software’s gene master table and variant/mutation table.
  • a task list that supports PCR, qPCR, arrays, multiplex ligation-dependent probe amplification, fragment analysis, and various sequencing tests.
  • Sanger sequencing for reflex testing.
  • support for lab interfacing and communication with other laboratories and health agencies.
  • the ability to record all levels of results review and provide customizable reports and labels.
  • automated billing.
  • automatic linkage to external databases to perform inquiries regarding variant significance and to track variant, gene-classification, and disease-association information in the system.
Clifford

Clifford

Lisa-Jean Clifford, CEO, Psyche Systems: NucleoLIS is a molecular information management system designed to streamline the complexities of molecular testing. The software, which was built in collaboration with Psyche’s molecular and cytogenetic customers, is a fully automated solution for DNA sequencing, FISH, immunology, karyotyping, PCR, and other molecular techniques.

NucleoLIS features consolidated results entry and viewing and can generate report previews via on-demand management reporting tools. Users can quickly enter results for all tests or assay types on one screen. Interpretation of test results, notes, and images can be added and stored as part of the case information. The system also applies automatic logic for range checking and reflex testing and enables report distribution via outreach or secure email.

Other key features of NucleoLIS allow the software to:

  • handle all molecular disciplines and workflows.
  • integrate with laboratory instrumentation.
  • support results delivery directly to the result field and automatically attach images.
  • generate specimen tracking and case status steps that provide the location of specimens or cases.
  • distribute reports based on case types and physician requests.

Ioan Cucoranu, MD, chief medical officer, Advanced Health Informatics: Molecular Insights is a HIPAA-compliant, cloud-based, cross-platform clinical LIS slated for commercial availability in mid-2017. It is designed to streamline the molecular laboratory workflow by managing every preanalytical, analytical, and postanalytical aspect of the molecular lab. And because of the system’s intuitive, straightforward user interface, it requires minimal end-user training.

Molecular Insights will be offered as a standalone molecular lab system or as middleware that can be integrated with a clinical or anatomic pathology lab information system or an enterprisewide health information system in a variety of laboratory settings. The system allows significant customization using minimal information technology resources.

Molecular Insights provides workbench access, extensive configurability, integration with automated molecular instruments, longitudinal integration of test results, document management, discrete data collection, and storage and processing automation. It also provides specimen and reagent inventory management with just-in-time ordering, test control data management, support for barcoding, and radio-frequency identification tracking technology.

End-user dashboards encompass test-status notifications and allow communication between users. The system generates a paperless environment with user-defined workflows or reporting templates and provides on-demand, print-out capabilities. A key feature is integrated support for the complex workflow of next-generation sequencing and integration with NGS bioinformatics pipelines.

Support for quality assurance and quality control activities provides real-time identification of issues that need immediate attention. The system also automatically generates clinical reports, including results and interpretations, that can be linked with other areas of the pathology lab, such as hematopathology, surgical pathology, cytology, and microbiology, integrating the results for molecular, cytogenetics, and FISH, as well as flow cytometry data.

Molecular Insights provides support for personnel management, proficiency testing, and training, as well as test validation documentation.

Cloud-based architecture allows for fast implementation of product features using minimal in-house IT resources. Furthermore, the system’s modular design supports a rapid software development cycle.[hr]

 

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