Medvise is an innovative AI-based diagnostic platform tailored for medical professionals to streamline their decision-making process. By providing instant access to clinical guidelines, differential diagnoses, and treatment plans, Medvise helps reduce errors and improve patient outcomes. The platform utilizes advanced algorithms and a comprehensive database of medical knowledge to offer precise recommendations. Whether you are dealing with common conditions or rare diseases, Medvise is an invaluable tool that ensures you have the most relevant information at your fingertips.

TxAgent is a web-based AI-driven platform designed to accelerate translational research and clinical decision support by analyzing multi-omics and clinical datasets. Users upload patient gene expression or mutation profiles, configure disease context and drug libraries, and run an automated pipeline that integrates network biology, machine learning models, and drug-target interaction databases. The agent returns ranked lists of single and combination therapies, toxicity-adjusted scores, pathway enrichment analyses, and interactive network visualizations to guide experimental design and therapeutic hypotheses.

Anatolink is a revolutionary online tool designed to offer rapid, free injury assessments. Utilizing advanced 3D interactive software and generative AI technology, Anatolink delivers an in-depth analysis of various injuries. Users can quickly gain insights into the nature of their injury, its symptoms, possible treatments, and expected recovery time. Its intuitive platform ensures that users receive clear, concise, and actionable information, making the injury management process more efficient and effective.

Astrix Health leverages artificial intelligence to analyze health data, enabling the creation of individualized health plans and treatment suggestions. The platform offers predictive analytics to anticipate patient needs and enhances decision-making for healthcare providers, ensuring efficient health management and improved patient outcomes.