Search results for CT Notes

Latica, formerly known as Lynx.MD, offers a comprehensive medical intelligence platform designed to facilitate secure and efficient collaboration within the healthcare ecosystem. The platform comprises two main components: the Trusted Data Environment (TDE and the Data Exchange. The TDE enables healthcare organizations to securely collect, manage, and analyze both structured and unstructured real-world data, including medical imaging and clinical notes. It ensures data privacy through automatic anonymization of Protected Health Information (PHI and provides tools like natural language processing and computer vision to extract insights from unstructured data. The Data Exchange component allows for controlled and permissioned data sharing among healthcare providers and researchers, fostering collaboration while maintaining strict data governance and compliance with regulations. By integrating these features, Latica empowers healthcare stakeholders to accelerate research, optimize clinical trials, and develop AI models, ultimately driving advancements in patient care and medical innovation. Key Features and Functionality: - Data Mapping and Ingestion: Collects diverse data sources, including X-rays, videos, and CT scans, through the Smart Ingestion Pipeline. - Medical Ontology and Mapping: Bridges data gaps and correlates relationships across departments and studies. - Automatic PHI Anonymization: Ensures data privacy by categorizing and anonymizing PHI in real-time. - Natural Language Processing and Computer Vision: Identifies critical insights within unstructured data. - Data Governance and Privacy: Defines access parameters, maintains data ownership, and customizes de-identification protocols. - Secure and Private Workspaces: Provides analytics with customized dashboards, built-in tools like Jupyter Notebook and RStudio, and flexible compute environments. - Data Exchange: Facilitates secure sharing and analysis of real-world data among healthcare providers and research organizations with permissioned access. Primary Value and Solutions Provided: Latica addresses the critical need for secure and efficient data collaboration in healthcare. By providing a platform that ensures data privacy and compliance, it enables healthcare organizations to unlock the full potential of their data. This leads to accelerated research and development, optimized clinical trials, and the development of advanced AI models. Ultimately, Latica's platform drives medical innovation and improves patient outcomes by facilitating seamless and secure data collaboration across the healthcare ecosystem.

Turn messy site notes into polished documentation, analyze bottlenecks, build training materials, and draft customer communications—with specialized agents designed for CT environments, RIS/PACS workflows, and clinical teams.

Eruntar is healthcare management software that unifies clinical operations through six integrated modules. The Doctor Module supports appointment scheduling, electronic health records, telemedicine, AI-assisted clinical notes, e-prescriptions with safety checks, and lab orders. The Pharmacy Module streamlines medication workflows with decision support, verification, and inventory tracking. The Laboratory Module manages diagnostics, including sample tracking and report distribution. The Nurse Module aids medication administration, vital sign documentation, and shift handovers. The ICU Module integrates critical care devices and clinical scoring. The Reception Module handles patient registration, queue management, and admissions. Unified patient records eliminate duplicate data entry. Eruntar complies with HL7 FHIR, LOINC, SNOMED CT, and ICD standards, while adhering to HIPAA and GDPR for data protection.

MVision AI is a healthcare technology company specializing in AI-powered solutions for radiotherapy treatment planning. Their flagship product, Contour+, automates the delineation of organs-at-risk and lymph nodes on CT and MR scans, significantly reducing manual effort and enhancing consistency in treatment planning. By integrating seamlessly with existing treatment planning systems, MVision AI's solutions streamline workflows, enabling clinicians to deliver high-quality, guideline-compliant care more efficiently. The company's technology is utilized in over 20 countries, supporting radiation oncologists, therapists, medical physicists, and clinical scientists in providing faster and more accurate cancer treatments. Key Features and Functionality: - Contour+: An AI-driven automatic segmentation tool that provides precise delineation of organs-at-risk and lymph node areas, aiding in the creation of high-quality treatment plans. - Workspace+ Platform: A comprehensive platform unifying contouring, synthetic imaging, dose prediction, and contour propagation, designed for seamless integration with existing treatment planning systems. - GBS™ Solution: Combines Contour+, Guide, and Verify to standardize contours, reduce variability, and enhance contouring expertise through training and assessment. Primary Value and Problem Solved: MVision AI addresses the challenges of manual contouring in radiotherapy, which is time-consuming and prone to variability. By automating this process, their solutions reduce manual work time by up to 95% and increase consistency by an average of 20%. This leads to faster treatment planning, reduced patient waiting times, and improved treatment outcomes, ultimately enhancing the efficiency and effectiveness of cancer care.

OASYS NOW is a European health-tech startup dedicated to making personalized healthcare accessible to all. By leveraging certified, privacy-first AI technology, OASYS NOW transforms unstructured medical data into actionable insights, significantly accelerating patient identification for clinical trials. This innovation reduces the time required to match patients from months to mere minutes, thereby expediting the development of life-saving treatments. Key Features and Functionality: - ELaiGIBLE CT: An AI-powered pre-screening tool that automatically reads study protocols and scans various patient data formats, including electronic health records (EHRs) and PDFs, in real-time. It provides traceable, evidence-based results to support dynamic screening tasks. - De-ID: A certified de-identification solution designed for both structured and unstructured health data. It detects sensitive information in diverse formats such as PDFs, scans, clinical notes, and handwriting, enabling secure anonymization or pseudonymization in compliance with GDPR and EHDS standards. - GRIP: A platform that facilitates the secure collection, enrichment, and connection of real-world health and lifestyle data directly from patients, all under dynamic consent. It offers features like dynamic consent management, patient-reported outcome measures (PROM) tracking, and robust data governance and linkage capabilities. - CoMPai: A confidential multi-party AI framework that enables cross-border data collaboration without the need to access or transfer raw data. It supports confidential aggregation, is compatible with genomic data formats, and ensures performance-preserving privacy. Primary Value and User Solutions: OASYS NOW addresses critical challenges in clinical trial recruitment by automating and streamlining the patient identification process. Traditional methods are often time-consuming and inefficient, delaying the development of essential treatments. By utilizing AI to analyze unstructured medical data, OASYS NOW significantly reduces the time required to match patients with appropriate clinical trials, thereby accelerating research and improving patient outcomes. Additionally, the company's commitment to data privacy and compliance ensures that sensitive health information is handled securely, fostering trust among healthcare providers and patients alike.