Medical imaging data sharing and lack of interoperability across PACS originating from different vendors were a challenge for clinicians throughout 2020 – what are the solutions? Key Takeaways: Coronavirus increased remote patient care and more patients are now going to Independent Diagnostic Testing facilities This has led to an increase in the need…
3D Holographic images of patient organs prepared from DICOM data are helping surgeons achieve better surgical outcomes Key Takeaways: Surgeons can get a head start by studying 3D virtual reality models of their patient organs before performing the actual surgery. The availability of holographic images of the patients’ organs can help achieve better…
The latest advances in technology have made it much easier to share medical image data Key Takeaways: The use of CDs to share patient CT scans or MRIs is a thing of the past New technologies have made sharing of medical images much simpler and more economical There are digital solutions now available…
Cloud-based PACS offers significant cost savings, better collaboration, and faster diagnostics. Key Takeaways: Cloud-based PACS offers efficiency and availability not available with in-house storage Security fears can be laid to rest because cloud PACS systems use the HIPAA enforcement rule and Health-Level 7 (HL7) transmission protocols to ensure data encryption. Cloud-based PACS offer…
3D imaging is sharpening surgical planning by providing a technological edge Key Takeaways: There are tools now available that can visualize 3D images out of a CT scan or MRI. The 3D images help surgeons plan surgery in a much better way — leading to better outcomes. 3D tools such as Microsoft HoloLens…
Telemedicine platforms and remote diagnostic devices became essential to maintain social distancing during COVID-19, and they’ll continue to redefine healthcare moving forward. Key Takeaways: Digital preparedness and tools became essential for healthcare organizations during the pandemic to maintain patient care Telehealth came to the forefront as regulatory barriers to access came down and…
When it comes to full anatomic visualization, digital 3D models provide superior benefits over their physical counterparts. Key Takeaways: Healthcare practitioners can build digital 3D models to visualize patients’ anatomical structures 3D models enable surgeons, radiologists, and other healthcare professionals to gain a clear understanding of patients’ medical issues based on MRI and…
By following HIPAA standards for medical imaging, healthcare practitioners limit the risk of compromising patient data. Key Takeaways: The Health Information Privacy and Accountability Act (HIPAA) requires healthcare practitioners to take steps to secure health information against security risks. HIPAA standards must be followed by healthcare professionals who handle MRI and CT scans. …
With state-of-the-art visualization technology, surgeons can map out all stages of invasive procedures. Key Takeaways: Surgeons can use Intravision XR visualization technology to visualize Holographic 3D models of a patient’s anatomy to prepare for an invasive procedure. Holographic 3D models empower surgeons to understand unique relationships between different anatomical structures and determine the…
When it comes to storing medical images, healthcare professionals need to prioritize patient privacy. Key Takeaways: MRI and CT scans contain sensitive patient data, and they must be stored and secured accordingly. Healthcare data breaches are becoming increasingly common around the world. Complying with HIPAA and HITECH enables a healthcare organization to minimize…