Alternatives to SubtlePET

SubtleMR allows sites to acquire image sequences quicker while maintaining superior diagnostic imaging quality. SubtleMR uses two methods of image enhancement, denoising or super resolution, to improve the quality of faster MRI scans. SubtleMR speeds up the process of getting patients into and out the scanner. This makes the MRI procedure more comfortable and tolerable for patients. SubtleMR allows hospitals and imaging centers scan more patients per day using their existing MRI machines. This increases scanner capacity and reduces wait times. SubtleMR reduces scan protocols and improves the quality of suboptimal scans. This lowers the risk of artifact-ridden scans and reduces the need to re-scan, which can pose challenges for both patients and physicians. SubtleMR can be seamlessly integrated into your existing workflow. The software is located between the scanners and PACS. SubtleMR processes images sent from the scanner within seconds. The high-quality images can then be sent back to PACS or other workstations.

Mend is an enterprise-grade patient engagement and integrated telehealth solution designed to help healthcare organizations profitably scale their practice and care for more patients. Mend makes it easy for healthcare providers to securely and efficiently communicate with their patients and is 100% HIPAA compliant. Mend provides integrated in-office and virtual care experiences for over 100 specialties with more than 5 million patients.

Zebra's Imaging Analytics Engine automatically analyzes images from different modalities for clinical findings. It does this in a timely fashion and in full synergy to radiology workflow. Zebra-Med alerts providers of patients at high risk for cardiovascular, lung, bone, and other diseases. This allows for preventative care programs, proper risk adjustment and allocation, as also conformance to quality standards like MACRA. Zebra-Med allows for the right patient to be seen at the right time, saving money and improving care.

Our AI technology allows healthcare providers to perform high quality ultrasound exams wherever and whenever patients require them. Ultrasound is a safe and highly effective diagnostic tool. However, it can be difficult to master and requires years of specialized training. Image quality can also vary. The exam requires unnatural hand-eye coordination as well as unintuitive visuals. Traditional ultrasound software doesn’t give instructions on how to move an ultrasound transducer to capture a picture, nor any feedback on the quality of the images being captured. Poor quality images can lead to missed opportunities and misdiagnosis, repeat study, inconsistent interpretation, and even misses. The true value and benefits that ultrasound has to offer have not been fully appreciated. With our technology, any healthcare professional can now capture diagnostic-quality images using ultrasound thanks to AI that guides them through each step of the scanning process.

Unstructured health data can be unified and liberated with Interactive AI and NLP solutions that deliver health insights to Providers. Payers. Life Sciences. Interactive AI and NLP solution to unlock healthcare insights from unstructured clinical data. Provider. Accelerate data abstraction and clinical validation of clinical notes information. Reduce time and costs needed to identify care gaps, review care quality dashboards and create registry reports. Payer. To better manage high-risk and high-cost member cohorts, integrate and analyze claims data and clinical notes. Life Sciences. Use clinical trial databases and data taken from clinical notes to quickly match patients with clinical trials. Real world clinical data and evidence can be leveraged. Ember is a complete solution that combines NLP and predictive analytics. Streamline. Healthcare Analytics for Unstructured Data to Improve Quality and Efficiency.

At Enlitic, we believe that the power of artificial intelligence can transform healthcare by enabling effective data management and improving clinical workflows. Our mission at Enlitic is to intelligently manage healthcare data using the power of artificial intelligence to expand capacity and improve clinical workflows and create a foundation for a real-world evidence medical image database for healthcare providers. Through our Enlitic Framework, we aim to reimagine healthcare intelligence, enabling healthcare professionals to make informed decisions and provide personalized care to every patient.

Collaboration between doctors, scientists, cancer centers, patients and physicians is key to improving the quality of cancer care and outcomes. Oncora's intuitive platform software allows all stakeholders to collect and apply real-world data to all healthcare-related decisions for the benefit of patients. Our products are designed for healthcare professionals who want to improve the outcomes of cancer patients. Intelligent patient care software simplifies workflow, reduces documentation burden, optimizes treatment, and improves outcomes. With intuitive and dynamic software tools, you can capture and visualize real-world data that is of regulatory quality. Advanced reporting tools allow you to measure quality and streamline operations in order to improve patient care. Experts in cancer care conduct rigorous clinical research. Web-based software that empowers your cancer center. Data and software to speed up clinical discoveries.

Artificial intelligence transforms healthcare diagnosis Predictive analytics and AI are used to detect early-stage diseases and provide accurate diagnosis. Cloud-enabled AI platform to provide affordable and accessible healthcare. Endimension Technology, a startup in healthcare artificial intelligence, was founded at IIT Bombay. AI algorithms are developed to automatically detect abnormalities in medical scans and diagnose diseases. The founding team includes machine learning researchers, software engineers, and medical doctors from well-respected institutions. Our mission is to develop healthcare AI technology products that reduce misdiagnosis. AI to reduce the workload of radiologists Improve patient turnaround time

Pulse is a cloud-based platform that allows echo labs to save time and improve the outcomes for their patients. Pulse is a cloud-based echocardiography reporting and storage solution. Access the information of your patients whenever and wherever you need it. Physicians can access their patients' information from almost anywhere. All you need to run an echocardiography lab. An elegant and powerful reporting interface that displays your images and measurements right alongside them. Fully automated, AI-powered GLS, LVEDV, LVESV, and LVEF measurements without ever having a button to press. Cloud-native software offers all the benefits that cloud-native software has to offer. You can send finalized reports directly from your EHR via HL7 to streamline your clinical workflow. You can either store new studies directly in the cart or retrieve them from an external PACS. Easy VPN management is made easier by the built-in support of DICOM-TLS.

Sully AI is a platform that combines AI and automation to streamline healthcare operations. It automates repetitive tasks, while improving the Doctor-Patient experience. The platform integrates seamlessly into existing EMR systems, providing real-time suggestions and converting conversations into medical notes. It also drafts clinical plans. The AI technology combined with human oversight ensures accurate and high-quality assistance for healthcare professionals. Sully AI is designed to improve patient care, reduce administrative burdens and make healthcare providers more efficient.

Our healthcare enablement system reduces the amount of work clinicians have to do and improves patient experience. We increase volume by ensuring that patients receive the right care at the correct time. With a platform that takes care of the admin, we reduce clinical work time and frustration. We can help you build a seamless integrated tech ecosystem to augment your existing EMR. Fabric, which uses conversational AI, intelligent adaptive interviews and workflow automation, unifies virtual and physical care across intake triage routing and treatment. Fabric's clinical engine is built on clinical guidelines and developed by a team clinicians. It offers omnichannel access to patients while maintaining excellence in care.

Arterys, the AI platform for medical imaging, allows you to integrate leading AI clinical applications into your existing PACS/EHR driven workflow. This makes it an extension of what you do already. AI is real. We improve physician experience, accuracy in diagnosis and treatment, financial performance, and outcomes that are important to patients and providers. Accessible from any valid device via the cloud, it is fast and easy to deploy. There is no need for PHI exchange. It is completely secure. Arterys can be connected to your PACS/RIS/EMR/dictation software. Rapid deployment with minimal infrastructure. Available in over 100 countries. Our elastic cloud GPU architecture speeds up all tasks. You can render 3D files, large multi-dimension data in Gb and run multiple AI applications simultaneously. Image caching and pre-fetch allow for faster loading and analysis.

InformAI is a healthcare company that focuses on AI solutions for medical diagnosis at the point of care and improving radiologist productivity. The Texas Medical Center is the largest medical center complex in the world. We developed our AI-enabled image classifications and patient outcome predictors. InformAI, along with its partners, is changing the way healthcare is delivered. InformAI partners with leading medical imaging companies, national physician groups, and renowned healthcare organizations to create solutions that improve patient outcomes. Our team includes leaders in healthcare, medicine, and artificial intelligence. InformAI Sinus Image Classifier was built using a 3D convolutional neural net (CNN), which is trained on radiology-validated 3D CT scan image libraries that contain 6 million images.

Artificial Intelligence by XOresearch for automatic annotation and interpretation. All-in-one solution: Productivity tool to aid in clinical diagnosis, remote patient monitoring, as well as off-the-shelf software that can be used with digital health devices. CardioAI®, a productivity tool with many features, accelerates the interpretation and interpretation of electrocardiograms. It is particularly useful in situations of continuous or prolonged cardiac monitoring. CardioAI®, enables better health surveillance by using existing assets in dangerous, difficult, and remote locations. Unrivalled medical support is possible with near real-time processing. CardioAI®, can be integrated into an EHR or used as a mobile health device. This legal-marketed software can be customized to meet any business need. CardioAI®, which provides detailed annotations of stress, rest and Holter electrocardiograms, according to the HL7®, aECG standard, is available.

Volpara Health software is used by facilities to detect breast cancer early, including at top US cancer screening centers. Volpara Health software is used by mammography technologists to improve the quality of mammograms. The most scientifically-validated screening software in breast health. Volpara provides the evidence you need, when you need it. Access to patient data allows for a more informed assessment of breast cancer risk. Every image we analyze improves our algorithms to detect breast cancer early. Your advocacy for additional screening and genetic testing of patients. You can create worklists and reports according to your preferences. You can simultaneously access stats and lists on one screen. Standardize communications between patients, referrers, insurers, and other parties. Use mammogram thumbnails to send more compelling results letters.

Altis Labs launches Nota, a clinical information platform that accelerates R&D for therapeutics. AI predicts patient outcomes based on imaging data, so sponsors can prioritize their most promising treatments. Nota allows researchers to access imaging biomarkers and speed up R&D by operationalizing clinical trial imaging data. Altis' cloud software platform powered with deep learning allows biopharma to incorporate comprehensive outcomes predictions at the image level, patient level, and cohort-level in order to improve clinical trial designs and better anticipate clinical endpoints. These insights can accelerate drug development timelines and lower costs, while increasing the likelihood of success in clinical trials across therapeutic areas.

Imagine what care management could look like. A mission-driven data platform powered with AI can reduce the cost of healthcare, reduce admissions and readmissions, increase star ratings and HEDIS measurement, and improve quality and outcomes. Health EM.AI is a new way to improve healthcare delivery and manage care. We simplify patient data at all points of care and use AI/ML-based predictive analysis to empower healthcare organizations with actionable insight to improve the quality of their care. Measurable impact at the patient level with palliative care management workflows. Unified 360 data from all points of care can have an impact on STAR and risk adjustment, closing gaps, and other measures. Localized healthcare models that analyze more then 1,000 clinical and non-clinical characteristics based on geography.

Wayfinder is a SaaS platform that unifies data, analytics and AI workloads to create an ecosystem for the healthcare and Life Sciences industries. It accelerates time to insight. Wayfinder helps healthcare data to be analyzed more quickly. Wayfinder, built on the Databricks Lakehouse Platform, provides access to over 45 Terabytes de-identified and remastered claims data, and meets the unique processing and data needs of the life sciences and healthcare industries at scale. Wayfinder allows you to analyze high-quality claims data in order to identify rare patients and target providers. You can also build comprehensive patient journeys and identify market trends. Wayfinder is a big data infrastructure that allows you to stop preparing data and manage it and start analyzing.

Made by Radiologists for Radiologists. Radiologists can use AI to save time, reduce burnout and improve patient care. Rad AI Continuity closes loop on follow up recommendations for radiology reports with significant incidental findings. This improves patient outcomes, reduces the health system's liability, and creates new financial value. There are up to 35% fewer words to be dictated and 60+ minutes saved per shift. Our solutions increase efficiency and capture revenue opportunities that are not being taken advantage of. The company was founded by a team of experts in AI and healthcare, and is trusted by the nation's top radiology groups.

Our red dot®, algorithm analyzes images and highlights anomalies with remarkable speed and accuracy. Our AI was developed from more than 30,000 images, all of which were reviewed by UK-certified Consultant Radiologists. The red dot®, which has been developed extensively by UK-certified Consultant Radiologists, consistently delivers a +90% accuracy rate. Abnormalities can be identified in seconds, meaning that patients are diagnosed before they even leave the hospital. Our AI technology integrates with any existing RIS or PACS and augments existing reporting workflows. Behold.ai has been proven to be cost-effective and can reduce reporting backlogs and other capacity issues by up to 50% compared to outsourcing. behold.ai is listed in Top 100 Digital Health Companies globally, select list 5 for AI diagnosis around the world.

Our AI-driven technology transforms healthcare data from both structured and unstructured into a reliable, high-quality, standard dataset that can be used throughout your organization. It is the industry's best. Our products and services allow you to access data in near real time from disparate systems. This allows your administrative and clinical team to reclaim that time for quality and research. Our products and services can be used to collect, analyze and act on data regardless of its source, therapeutic area, organization department, or existing reporting or BI tools. Atlas combines human expertise with the power of AI to automate the time-consuming task of finding and understanding patient data for clinical registers. Cartographer analyzes, interprets, and interprets patient information across all platforms. He also standardizes the data and makes data recommendations.

WellAI for Medical Providers - The First Integrated AI Patient Engagement/Digital Front Doors Application with Front Office Optimization One of the first AI/Natural Language Processing Patient Engagement Platforms/Digital Front Door solutions. It offers configurable technology-enabled services that can be integrated with front office workflows, driving efficiency and real-time patient care. Why WellAI's solution: 1. The Digital Health Virtual Triage Assistant has an 83% accuracy rate compared to the 50%-77% accuracy of other'symptom checkers' 2. We offer built-in telehealth and can integrate existing telehealth solutions. This reduces cost and improves engagement 3. WellAI supports 'technology enabled service' in a configurable manner for patients and creates automation for healthcare's front-office workflow. 4. It can be configured in any way you like. 5. It can be integrated with many EMR solutions. 6. It allows practitioners to communicate with each other via email and text.

Lightbeam enables population health by transforming insights in outcomes. Close care gaps and minimize risks. Improving the quality of care and the quality of life. Lightbeam's population health management platform transforms disparate patient data into a 360-degree picture of the patient, bringing real value to value-based healthcare. In today's model of value-based healthcare, managing risk starts and ends with data analytics. Lightbeam’s population health management platform combines patient data in new and innovative ways, unlocking value from the deployment of the right data at the right place and time. Lightbeam doesn't just transform the way our clients manage value based care. It has been a game changer for our clients, saving them over 2 billion dollars in savings since 2014, and we're only just getting started. Lightbeam's approach to tech-enabled service seamlessly supports these efforts.

WRDensity aids radiologists in interpreting breast densities to ensure uniform density assessments at the practice level. Its goal is to aid in early detection1 and give patients peace of mind through consistency, confidence, quality, and care. WRDensity was trained with deep learning based upon over 600,000 images taken by Mallinckrodt Institute of Radiology. This is one of the most respected radiology research institutes in the world. WRDensity's powerful deep-learning model is able to accurately classify breast density. The batching and sorting feature of WRDensity can increase productivity by up to 20% for users. WRDensity can be accessed within the existing workstation of radiologist, making relevant information about tissue density available in context.

Medical AI is an effective technology solution for chronic diseases. This technology is characterized by its ability to predict and generate the best actions. It also presents the outputs with an easy-to consume user experience. DeLorean Medical AI enhances human capabilities, and creates a world where we can both trust the machine and human to make the right decisions. Our technology has shown to improve outcomes, and is the first AI that has been biologically validated by third-party clinical testing. Medical AI can help diagnose and detect diseases earlier by predicting disease states, assigning risk and classifying patient populations. It can reduce costs. It has been installed by 10+ clients and has shown both cost reductions as well as savings.

Healthcare needs can change quickly. Healthcare facilities must be able to adapt and respond quickly. Care.ai Smart Care Facility Opera Platform transforms healthcare facilities with AI-enabled automation. It improves healthcare processes, saves valuable times, reduces costs, and eases the burdens on care team members so they can concentrate on providing the best possible patient care. The care facility is monitored by a neural network of sensors that continuously learns from patient behaviors. The care facility becomes more intelligent and self-aware by collecting behavioral data over time. This allows it to automate many tedious tasks. Process improvements and optimization can be achieved by utilizing real-time operational and clinical insights into behavior and conditions.

Expert cardiac care is now possible through cloud technology and medical-grade AI. Our Arrhythmia diagnostic software, which is cloud-based and vendor-neutral, is powered by Artificial Intelligence. AI promises a future in which healthcare professionals have the tools they need and patients have the best care. Our algorithms can detect more than 20 types arrhythmia events and are clinically validated. We want to make cardiology diagnostics more accessible and scalable for everyone. We also provide tools for clinicians around the world to meet the increasing demand for cardiological diagnosis. Cardiologs values passionate, enthusiastic people who are excited about the idea of improving medical technology. We are driven to do our best every single day knowing that our contributions will make a difference in patients' lives and the lives of healthcare professionals. We are the pioneers in medical-grade AI development.

AI can detect early-stage cancers and allow for timely management. This can increase survival rates. Cancer is complex. Each cancer is unique and contains vast amounts of information that must be processed. Complexity is what AI excels at. AI can unlock cancer information and lead us to new strategies for fighting it. We can make a significant contribution to the fight against cancer by having the right information. AI can help us defeat cancer. AI is a method of detecting early-stage cancer and optimizing treatment. Detects with 97 to 99 percent accuracy. Accurately detects 10 most common findings on a chest radiograph. Improve the most basic and universal diagnostic test. Reduce the burden on radiology workflow. Lunit INSIGHTCXR covers the vast majority. Accurately detects ten of the most common findings on a chest radiograph.

Clario's Image Redact AI automatically removes sensitive patient identifiers in videos, photos, and PDFs. Our industry-leading solution combines AI-driven de-identification and expert human oversight by a quality control (QC), team to ensure compliance with EU GDPR. Redact sensitive patient identifiers to avoid costly fines and potential liability for data breaches. Every image is de-identified using our proprietary AI functionality. Each image is also subject to human visual QC review to ensure that all necessary de-identifications have been completed. Every image is backed-up in multiple locations using data centers and systems that follow the most advanced security best practices. Access your secure videos, photos, and PDFs from any device. This is useful for clinical trial research projects.

Waveform AI is a powerful tool that can improve the healthcare system in many ways. We are building a platform to provide clinicians with valuable information and support throughout the care continuum. It takes a village to transform healthcare. We are publishing peer-reviewed AI research to show how AI can benefit every step of the patient's care journey. Providers can help identify patients at high risk of sleep apnea by using data from EMRs, waveforms and wearables. Refer patients to a specialist for diagnosis. Providers can use data to identify the most important patients in the vast undiagnosed population. Patients can be stratified by risk and cost. By optimizing the quality, cost, efficiency, and speed of sleep apnea diagnosis, clinicians can help patients get through the diagnostic process.

Genospace understands that genomics is driving precision medicine development, but scaling its delivery remains a challenge. We are here to help. Our platform makes biomedical data meaningful, accessible and easy to use for everyone, especially those at the frontlines of care delivery. Your clinicians and researchers will have the information they need in order to make informed decisions. Join us in our mission to leverage high-dimensional molecular data to improve patient outcomes and accelerate drug discovery and research. For drug development and research, large-scale population data is essential. Genospace platform allows you to conduct cohort-driven analyses that will inform your research activities. We are experts in clinical trial research. Genospace allows you to quickly accrue patients by matching fragmented patient data with complex trial criteria. The Genospace platform enables you to integrate genomic medicine into your mainstream clinical care.

AI products integrate seamlessly into your PACS or radiology workflow, allowing radiologists to automate tasks while providing efficient patient care. Radiologists are drowning because of the increasing demand for medical imaging in healthcare. This often leads to increased reporting errors, high workload, and a cluttered workflow. Radiologists can automate many of their repetitive tasks using AI. It also identifies standard measurements and allows them to generate high-quality reports that are evidence-based. This will allow referring doctors and physicians to make more confident decisions based on accurate data and a more intuitive workflow. Identify, characterize, and classify key elements with the highest accuracy. The images are loaded quickly and with no loss of quality. Smart suggestions are available in the template search. You can use pre-filled illustrative templates for your report or quickly customize them for standard clinical communication.

DeepScribe’s AI-powered scribe captures the natural conversation between a clinician and patient and automatically writes medical documentation, allowing clinicians to focus on patient care instead of note-taking. Through an easy-to-use mobile app, DeepScribe records the natural clinical encounter and transcribes it in real time. Our proprietary AI then extracts the medical information from the transcript, classifies it into a standard note, and then integrates that note directly into a clinician’s electronic health record system. Unlike traditional scribes, dictation tools, or other solutions, the ambient nature of DeepScribe means it doesn’t intrude on the patient visit or disrupt the clinical workflow. Providers can simply talk to their patient like normal, then review their notes after the visit and sign-off in their EHR. DeepScribe handles documentation, charting, and even populates suggested diagnostic coding based on the information extracted from the visit. With DeepScribe’s easy to use, efficient, and powerful AI scribe, clinicians can bring the joy of care back to medicine.

Deliver personalized patient care using the only objective, quantitative, and histologically validated arterial analysis software based on CTA. Use ground-truth histology in order to visualize the cause of myocardial ischaemia and to inform heart attack and stroke risks. Undiagnosed, untreated non-obstructive but unstable plaques in the arteries are the primary cause of heart attack and stroke. Current non-invasive tests cannot visualize the biology deep within artery walls, where heart disease develops. Elucid uses artificial intelligence and scientific imaging to provide noninvasive, quick diagnoses of cardiovascular disease and precise treatment. This will improve patient outcomes. Assess plaque composition using histology-validated computer software. With greater accuracy, quantify heart attack and stroke risks. Visualize a comprehensive, objective view of arterial diseases to enable personalized treatment before a patient enters the hospital.

Speech is a complex process that involves the lungs, upper airways and nerves. Signs in speech and breath can indicate many medical conditions, such as respiratory diseases and infections. Unique auditory signatures can be found in mucus, congestion, inflammation and scarring. Lower respiratory tract infections are responsible for nearly 4 million deaths each year worldwide, even without considering the additional impact of coronavirus. Climate change has led to an increase in wildfires and allergenic pollutants. You can use the phone that you already own without professional assistance. This unique framework captures respiratory sounds in real-world settings. It provides real-time feedback and denoising to improve data quality. Our best-in-class algorithms are powered by dozens of features that are not detectable by the human ear.

Patients around the globe suffer from complex diseases and have a wide range of symptoms. They all share one thing: Patients need faster access to safer and more effective treatments. Owkin's mission empowers researchers at hospitals, universities, as well as pharmaceutical companies to understand why drug efficacy differs from patient to patient, improve the drug development process, identify the best drug for the patient to improve treatment outcomes, and provide support to patients. Owkin Loop, the core of Owkin’s research platform, connects medical researchers to high-quality datasets from top academic research centers around world. Owkin Studio, Owkin Connect and Owkin Studio are the two main components of Owkin Software Stack. They power Owkin Loop. Owkin medical research collaborations include oncology, immunology, and cardiovascular diseases.

Medgnosis, an innovative medical app, is designed to help radiologists interpret X-ray images. The application uses advanced machine learning algorithms in order to analyze and predict possible abnormalities within selected X-ray readings. This tool is a valuable tool that adds an extra layer of knowledge to the diagnostic process. Medgnosis, which uses deep learning and neural network training on large datasets, accurately identifies many conditions from X ray images. Its performance is comparable to or better than traditional methods. A system that is designed for continuous improvements keeps it at the forefront of diagnostic technology. Medgnosis produces comprehensive, instantly accessible diagnostic reports that combine detailed identification of health issues, severity assessments, as well as recommended next steps, into a clear and accessible format. This streamlined approach helps healthcare providers make informed decisions quickly.

The revolutionary Soliton®, AI, empowers healthcare. Soliton®, built on 30,000 machine learning and evidence-based rules, automates your healthcare and care management tasks. Soliton®, gives you the edge in the value-based healthcare world with unmatched capabilities. Analyzes large amounts of patient data in real time to improve clinical and financial performance. Multiple APMs supported. Telehealth adds value by predicting billable codes during patient encounters. Multiple risk stratification models can help you predict future healthcare costs for your patients. Real-time clinical decision support that helps you manage complex patient populations. AI-enhanced care coordination streamlines the patient journey and care, from the acute to post-acute environments. Identify care gaps, code and service opportunities, generate patient-specific assessments and personalized care plans and build custom cohorts.

nxtHealth Smart Technology for Telehealth is, above all, a tool that facilitates better patient care. It extends the therapeutic experience beyond the clinic setting. nxtHealth Apps enable continuous care by providing capabilities that support measurement and data collection, reporting, as well as exercise guidance via a mobile device. nxtHealth WEARBLS, for example, adds rich data from wearable sensors to the APPS. APPS and WEARBLS can be integrated seamlessly through a HIPAA compliant backend, which includes a provider portal with advanced data ANALYTX. Similarly, nxtHealth enhances data quality, patient/provider communication, and quality care through seamless integration. nxtHealth offers a range of smart technologies for telehealth that support patient-reported outcomes, cognitive assessment, rehabilitation, and other related areas.

RedBrick AI provides a platform for rapid and collaborative annotation of medical data. Platform designed to help Healthcare AI teams create high-quality training data for all types radiological imaging including **CT/MRI, Xray, Ultrasound and Fluoroscopy. With native support for medical formats such as DICOM, NIfTI, and other standard imaging, it can handle complex tasks such as multi-series annotating and extensive DICOM study. Our platform offers the most advanced and intuitive 2D & 3-D web-based annotating tools, with a PACS like viewer. All common annotation use-cases such as instance/semantic segments, landmarking and classification, as well ROI measurements are supported. This can accelerate annotation by up 60%.

Oncoustics develops and deploys patented AI solutions that are low-cost and non-invasive for surveillance, diagnostics and treatment monitoring of high-unmet clinical needs. Oncoustics provides a range of anatomy-focused apps that can be used on any PoC ultrasound. They can also be used by any MD/nurse/tech to provide basic primary care office instruments, without the need for images. Oncoustics' AI solutions transform point-of-care ultrasounds into powerful diagnostic tools that can detect and monitor diseases such as those in the liver, prostate and kidney, breast, thyroid, and other organs. Our team includes experts in AI, signal processing and radiology. Point of care diagnosis and surveillance are cost-effective and improve outcomes. This results in better disease management.

Cleerly, a digital healthcare company, is changing the way that clinicians approach heart disease treatment. We create intelligent clinical technologies that help clinicians identify and define atherosclerosis sooner, so they can provide personalized, vital treatment plans for all patients. Atherosclerosis is plaque buildup in the heart's vessels. We do not use indirect markers like risk factors or symptoms to diagnose the disease. Our AI-enabled digital healthcare pathway makes it easier, faster, and more accurate to diagnose and report heart disease. This improves overall clinical and financial outcomes. Cleerly empowers providers by analyzing, characterizing and quantifying plaque types. This allows them to more accurately determine the risk of heart attacks and to develop a treatment plan for improving heart health.

Polyfins Technology Inc, a Silicon Valley startup, uses technologies such as Artificial Intelligence for dermatology problems. It combines mobility and the power of AI to offer a simple-to-use solution that is accessible to both patients and healthcare professionals. To improve access and accuracy of dermatology care in developing and developed countries. Our AI-enabled applications Eczemalesss and Tibot allow users to access high quality skincare information at home. EczemaLess, an AI-enabled app for people with Eczema, is available. It offers a single-stop solution to Eczema, including tracking Eczema severity and managing triggers. Learn what could be triggering your eczema. Evaluate which treatments are most effective for you. Find out the most common triggers, severity and care routine.

Techcyte offers powerful machine learning solutions that can be used in cellular and liquid-based media. These solutions are built upon a framework of capabilities that allows us to enhance the work of laboratories and lab professionals and advance the field of diagnostics. We believe in creating solutions that are intuitive and efficient for all users, from sample preparation to workflow implementation to imaging analysis. And we deliver results. Smart, hard-working individuals are responsible for all meaningful advancements in healthcare and tech. Our Cervical Cytology system is a revolutionary screening device that helps cytotechnologists or pathologists read Hologic ThinPrep® or BD SurePath™ slides by reducing the number of cells to be reviewed by presenting only the most diagnostically important cells and/or organisms by using our AI algorithm, lab optimized workflow, and LIS Integration.

Clinical documentation integrity (CDI), is a strategic necessity that goes beyond optimizing claims processing. A complete and accurate clinical story is essential for patient care, quality outcomes and compliance risk management. It also supports revenue integrity. 3M™, M*Modal CDI engage One™, uses advanced AI (AI) technology and natural language understanding(NLU) technology to embed proactive medical intelligence into front-end, back-end workflows for doctors and CDI teams. The technology uses encounter-based clinical reasoning to automate and analyze EHR notes and narrative documents in real time to close gaps in patient care. AI allows for prioritized, continuously updated CDI worklists. This is useful to manage cases, streamline fragmented query processes, and correct CDI discrepancies. Automated chart review analyzes every encounter to ensure documentation and revenue integrity.

Amazon Comprehend is a HIPAA-eligible, natural language processing (NLP), service that uses machine-learning to extract health data form medical text. No machine learning experience is necessary. Today, a lot of health data is found in free-form medical texts like doctor's notes, clinical trials reports, and patient records. Manually extracting data can be time-consuming and automated rule-based attempts at extracting data won't capture the whole story because they don't take context into consideration. The data is not usable for large-scale analytics that will help improve the healthcare and life sciences industry, patient outcomes, and increase efficiencies.

Technology designed by clinicians for clinicians to improve the lives of patients. Our AI-based platform was designed for speed, security, scalability and flexibility. It can be customized to meet the specific needs of each hospital. You can rely upon it for the long term. RapidAI stroke portfolio allows you to make faster and more accurate decisions regarding triage or transfer. Find, track and treat aneurysms more quickly. RapidAI's PE care suite of products and service can detect suspected PE cases fast. AI-powered Clinical Decision Support (CDS) helps physicians make faster decisions, but not all artificial intelligent is the same. Only CDS tools that have clinical depth can identify, locate and characterize suspected conditions with unmatched accuracy. How AI-powered CDS module leads to better triage decisions and transfer decisions. The CDS tools enable more accurate diagnoses, and streamline vascular treatment.

AI and network science can help you unlock the full potential of your OR, optimize resource utilization and build resilience. Use advanced optimization algorithms to maximize your OR's operational capability, reduce costs, and increase revenue opportunities. You can gain visibility into the intricate relationships within your OR to better allocate resources, reduce downtime, or improve overall operational efficiency. Build a resilient OR scheduling system that can adapt to changes and disruptions. This will ensure the delivery of high-quality patient care. Opmed integrates seamlessly with your existing OR schedule. It preserves your workflows and systems and ensures a smooth transition from optimization. We don't require any personal health data or identification information. Adapt your OR schedule to meet your specific needs. Define your constraints, preferences and requirements - from staff availability to equipment usage.

NVIDIA®, Parabricks®, is the only GPU accelerated suite of genomic analysis apps that delivers fast, accurate analysis of exomes and genomes for sequencing centres, clinical teams and high-throughput instrument developers. NVIDIA Parabricks provides GPU-accelerated versions of tools used every day by computational biologists and bioinformaticians--enabling significantly faster runtimes, workflow scalability, and lower compute costs. NVIDIA Parabricks can accelerate runtimes in a variety of hardware configurations, from FastQ to Variant Call format (VCF). This is done with NVIDIA Tensor Core GPUs. Genomic researchers will experience acceleration at every step of their analysis workflows - from alignment to sorting and variant calling. The compute time can be accelerated up to 107X when more GPUs are added.

We combine clinical and experimental data with machine learning to improve precision medicine and navigate human disease biology. Contingent AI™, a patent-pending technology, understands data relationships to provide sophisticated insights. We tackle data bias by iterating upon machine learning models that are based on decisions made during the feature engineering and pre-processing stages. We use zebrafish, cell, and other phenotypic animals models to validate in-silico predictions in in vivo experiments. We also genetically modify them in vitro to improve translation. We quickly incorporate new data into machine learning models by using active learning and computer vision on validated models of cardiac, central nervous system, and rare disorders. We quickly incorporate new data into machine learning models by using active learning and computer vision with validated models of cardiac, central nervous system, and rare disorders.