MIStar
Apollo Medical Imaging Technology is a clinically-driven medical imaging software company specializing in the creation of advanced image processing software for clinical and research applications. Their flagship product, MIStar, is a fast, economical, and easy-to-use software package that provides a broad spectrum of advanced functions and cost-effective cross-modality solutions for clinicians and the OEMs that serve them. MIStar supports various imaging modalities, including CT, MR, NM, and PET, and offers advanced modules such as CT Perfusion for stroke, brain tumor, body tumor, liver, kidney, and prostate; DSC-MRI for stroke; DCE-MRI for brain tumor, breast, body tumor, liver, kidney, and prostate; DWI & ADC; DTI Fiber Tractography; NM Renogram Analysis; and Image Fusion. The software features data access and image input through DICOM networking functions, an intuitive clinical database, and easy anonymization and archiving.
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Caas MR 4D Flow
Caas MR 4D Flow is specifically designed to extract relevant information from 3D phase-contrast MR images within a few clicks. Based on these phase-contrast images, two pioneering 4D Flow modules are offered to perform a complete flow analysis that can aid in reading and interpreting cardiovascular MR images and assist in planning the time and type of intervention. These two modules include a module to analyze vessels, from the aorta up to smaller vessels in, for example, the kidneys, and a module to analyze the heart valves in terms of regurgitation fraction. Key results include visualization of aortic blood flow as streamlines, pathlines, and color-coded vectors; distribution of wall shear stress and local values of wall shear stress; pressure difference over a segment; visualization and quantification of regurgitant fraction over all four valves; and 2D flow phase-contrast analysis.
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Elements Multiple Brain Mets SRS
Brainlab's Elements Multiple Brain Metastases SRS is an advanced software solution designed to streamline the planning and treatment of patients with multiple brain metastases. This workflow enables clinicians to irradiate multiple metastases simultaneously without exposing the entire brain to radiation, thereby reducing treatment delivery times. The process begins with automation-supported pre-planning steps, including image fusion, distortion correction, object outlining, and segmentation, which expedite planning and enhance accuracy. The software employs inverse-optimized dynamic conformal arc treatments, utilizing a single isocenter to deliver highly conformal doses with steep gradients, ensuring precise target coverage while sparing healthy tissue. This approach allows for the creation of consistent, high-quality radiosurgery plans in minutes, benefiting both clinicians and patients by minimizing treatment times and improving outcomes.
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Mosaiq
Mosaiq is an oncology information tool and electronic medical record platform designed to manage the full spectrum of cancer care, from diagnosis and treatment planning to delivery, follow-up, and reporting. It centralizes clinical, operational, and financial data into a single, unified database, allowing healthcare teams to access complete patient records and coordinate care across radiation oncology, medical oncology, and related disciplines. It supports workflows such as chemotherapy order management, radiation therapy planning and delivery, scheduling, billing, and clinical documentation, while also providing decision support tools and customizable workflows to automate routine tasks and improve accuracy. It supports workflows such as chemotherapy order management, radiation therapy planning and delivery, scheduling, billing, and clinical documentation, while also providing decision support tools and customizable workflows.
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