Medical Care
GE HealthCare Launches New Mammography System for Workflow Boost
2024-11-27
The Pristina Via mammography system by GE HealthCare is making significant waves in the field of breast care. It aims to enhance technologist workflow and provide personalized care to patients. This system offers a range of advanced features that set it apart from other available mammography systems.

Unlock the Potential of Pristina Via for Enhanced Breast Care

Zero-Click Acquisition Functionality

The Pristina Via system boasts a zero-click acquisition functionality, which enables rapid and seamless procedures. This means that technologists can start the imaging process with just a single action, saving valuable time. It eliminates the need for multiple clicks and complex settings, allowing for a more efficient workflow. For example, instead of spending time adjusting settings and clicking through different menus, technologists can focus on positioning the patient and obtaining high-quality images. This not only speeds up the process but also reduces the potential for errors.

Moreover, the zero-click acquisition functionality is designed to be intuitive and user-friendly. Technologists can quickly adapt to this feature, even if they are not familiar with the system. This helps to improve their productivity and confidence in using the Pristina Via mammography system.

No Wait Time Between Exposures

Another notable feature of the Pristina Via system is the absence of wait time between exposures. This allows technologists to work at their preferred pace, without being limited by long waiting periods. They can take multiple images in quick succession, ensuring that they capture all the necessary information.

For instance, in a busy screening environment, where time is of the essence, the no wait time between exposures can make a significant difference. Technologists can move from one patient to another without any delays, maximizing their efficiency and throughput. This not only benefits the patients but also helps to reduce the overall waiting time for imaging services.

Fast Digital Breast Tomosynthesis (DBT) Image-to-Image Cycle Time

The digital breast tomosynthesis (DBT) image-to-image cycle time of the Pristina Via system is reportedly up to twice as fast compared to other available mammography systems. This means that technologists can obtain detailed 3D images of the breast in a shorter period, allowing for more accurate diagnoses.

With faster DBT image-to-image cycle times, technologists can quickly assess the breast tissue and detect any abnormalities. This can lead to earlier detection of breast cancer and improved patient outcomes. Additionally, the faster imaging process also reduces the radiation dose to the patient, making it a more safe and comfortable option.

Vendor-Neutral Prior Image Comparison

The Pristina Via system offers vendor-neutral prior image comparison, which helps to decrease the analyzing time spent on earlier examinations. By comparing current images with previous ones, technologists can easily identify any changes or abnormalities, saving time and improving the accuracy of diagnoses.

For example, if a patient has had previous mammograms or breast imaging studies, the vendor-neutral prior image comparison feature allows technologists to quickly access and compare these images. This can be particularly useful in detecting subtle changes over time and monitoring the progression of any existing conditions.

Scalable Platform with Full Backward Compatibility

The Pristina Via system has a scalable platform with full backward compatibility, allowing imaging centres to access the latest capabilities. This means that as technology advances, imaging centres can easily upgrade their systems without having to replace their existing equipment.

The full backward compatibility ensures that technologists can continue to use their familiar workflows and software while also benefiting from the latest features and improvements. This provides a seamless transition for imaging centres and helps to minimize disruptions to their daily operations.

GE HealthCare Women’s Health and X-ray CEO and president Jyoti Gupta emphasized the company’s commitment to addressing customer needs: “At GE HealthCare, we are dedicated to delivering solutions that enhance the experience for both patients and healthcare professionals. Pristina Via represents a significant evolution in our patient-focused Senographe Pristina platform, which was designed by women for women.”GE HealthCare global mammography general manager and vice-president Pooja Pathak highlighted the system’s design during the intensive collaboration with end users: “During our design phase, we heard that the technologist’s workday can feel like a race against the clock. Pristina Via is our answer to this challenge. The system’s advanced features were engineered to automate processes and allow our users to give patients the attentive, quality care they deserve.”During this month, the Food and Drug Administration (FDA) granted 510(k) clearance for the company’s SIGNA MAGNUS MRI scanner, further demonstrating GE HealthCare’s leadership in medical imaging.Sign up for our daily news round-up to stay updated on the latest advancements in breast care and medical imaging. Give your business an edge with our leading industry insights.
AWS & Philips Team Up to Migrate Health Systems to the Cloud
2024-11-27
Health technology company Royal Philips and Amazon Web Services (AWS) have taken a significant step forward in their partnership. By expanding their strategic collaboration, they are now offering Philips' integrated diagnostics portfolio in the cloud. This move is set to revolutionize the healthcare industry and bring numerous benefits to healthcare providers and patients alike.

Unlock the Potential of Cloud-Based Healthcare with Philips and AWS

North America and Latin America: A Successful Transition

Already, 150 sites across North America and Latin America have successfully transitioned to Philips HealthSuite Imaging on AWS. This achievement showcases the effectiveness and reliability of their collaboration. Healthcare providers in these regions are experiencing enhanced workflow efficiency and more valuable time to focus on patient care.The seamless migration of these health systems to the cloud has paved the way for further expansion. Now, the focus is on accelerating this migration to Europe and exploring new opportunities in the healthcare landscape.

Integrated Diagnostics Portfolio: Uniting Patient Data

Philips' integrated diagnostics portfolio is a game-changer. It encompasses radiology, digital pathology, cardiology, and artificial intelligence (AI) visualization solutions. This unified view of patient data from different diagnostic sources allows healthcare providers to make more informed decisions and provide better care.With remote access to diagnostic, reporting, and workflow orchestration tools, healthcare professionals can now collaborate more effectively and provide timely care regardless of their physical location.

Generative AI: Automating Routine Tasks and Optimizing Workflows

Philips is at the forefront of using generative AI to automate routine tasks and optimize workflows. For example, clinicians can use conversational language to create and revise reports that support diagnosis and quality of care. This not only saves time but also improves the accuracy and efficiency of healthcare processes.By combining Philips' healthcare informatics portfolio with AWS generative AI capabilities, clinicians have access to imaging insights like never before. They can deliver more effective and efficient care to patients anywhere, anytime, with the highest level of security and privacy.

AWS and GE HealthCare: Teaming Up for Better Diagnoses

In another significant collaboration, AWS and GE HealthCare have joined forces to help clinicians improve diagnoses using AI. GE HealthCare will utilize AWS as its cloud provider and leverage the company's healthcare and generative AI services.This partnership aims to increase diagnostic and screening accuracy, improve patient outcomes, and provide greater access and equitable care. It showcases the power of collaboration in driving innovation in the healthcare industry.

AWS HealthScribe: Saving Time for Clinicians

In July 2023, AWS debuted AWS HealthScribe, a tool that uses speech recognition and generative AI to generate clinical documentation. This tool is a game-changer for clinicians, as it helps them save time summarizing patient visits.Automatically creating transcripts, extracting details such as medical terms and medications, and creating summaries from doctor-patient discussions, AWS HealthScribe streamlines the documentation process and allows clinicians to focus more on patient care.The collaboration between Royal Philips and AWS, along with their partnerships with other industry leaders, is shaping the future of healthcare. By leveraging the power of cloud computing and generative AI, they are paving the way for more efficient, accurate, and accessible healthcare services.
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How Mount Mary's UX Design Students Use A-I in Healthcare
2024-11-26
Mount Mary University is at the forefront of merging technology and healthcare. Under the guidance of Mary Burton in the UX Design Department, significant strides are being made in the artificial intelligence sector. Burton emphasizes that by applying skills and becoming world-class problem solvers in any domain, students are equipped with tools to solve problems in ways that benefit humanity.

Mount Mary's UX Design Pioneering Healthcare with AI

Galilea Jrnica: Leading the Way with "Culturabot"

UX Design student Galilea Jrnica is making remarkable progress with the creation of "Culturabot," an AI tool specifically designed to assist healthcare professionals during patient treatment. This tool addresses the culture gap that often exists between doctors and patients from different backgrounds or those with language barriers. As Jrnica explains, "Understanding them a bit more, with something that you may not be familiar with just because you don’t identify with that culture, you haven’t had experience, but you want to help them in the best way you can." This innovative tool has the potential to enhance patient care and improve communication between healthcare providers and patients.

Jessica Meissner: Expanding Reach with Chatbot

Occupational Therapy Doctoral student Jessica Meissner is leveraging the chatbot to better serve her patients and expand the scope of her coursework. She believes that having resources that help understand different aspects of each client is the best way to ensure every patient feels like an individual. This shows how AI technology is being integrated into various aspects of healthcare to provide more personalized and effective care.

Mount Mary's UX Design Impact in Advanced Technology

Mount Mary's UX Design major is leaving a lasting imprint in advanced technology. As AI continues to grow and user experience advances, Burton's reminder holds true: "Technology doesn't lead humans, humans lead how technology is used in their day-to-day lives." This emphasizes the importance of human-centered design in the development of AI and technology, ensuring that they serve the needs of humanity.Talk to us:Hey there! At TMJ4 News, we’re dedicated to listening to our audience and focusing on the issues that matter to you. Have a story idea, tip, or just want to have a chat about this piece? Feel free to reach out using the form below. For more ways to get in touch, head over to tmj4.com/tips.Verification:It’s time to watch on your schedule. Stream local news and weather 24/7 by searching for “TMJ4” on your device. Available for download on Roku, Apple TV, Amazon Fire TV, and more.Report a typo or error:
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