digital-vs-physical-3d-modeling-for-anatomic-visualization

Digital vs. Physical 3D Modeling: Which Is Better for Full Anatomic Visualization?

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…

hipaa-standards-for-medical-imaging

What Are HIPAA Standards for Medical Imaging?

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. …

visualization-tech-for-invasive-procedures

4 Ways DICOM Visualization Tech Could Improve Invasive Procedures and Outcomes

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 create 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…

proper-digital-storage-of-phi

Why Proper Digital Storage of PHI Is Key

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…

Nurse standing next to a patient in a hospital bed, with both the nurse and patient looking at an augmented reality brain scan

Why Demand for AR and VR in Medicine Is Increasing

Augmented reality and virtual reality technologies in medicine are revolutionizing patient treatment. Here’s where AR and VR in medicine could be headed.    Key Takeaways:   Augmented reality (AR) and virtual reality (VR) technologies can be used to improve the patient experience.  With AR and VR, surgeons, radiologists, and other healthcare professionals can leverage 3D…

A surgeon standing in front of a monitor in an operating room and reviewing patient data on a computer screen

Everything You Need to Know About HL7 and IHE Standards

How the HL7 and IHE healthcare interoperability standards foster digital coordination among healthcare professionals   Key Takeaways:   Sharing medical images and other patient data can be challenging due to a lack of standardization among healthcare information systems. Health Level 7 (HL7) and Integrating the Healthcare Enterprise (IHE) have created standards to promote information sharing…

Digital background that features a lock to showcase the use of medical visualization software to protect patients' MRI and CT scans

What Are the Data Security Risks of Medical Visualization Software?

Key Takeaways:   Cybercriminals are launching picture archiving and communication system (PACS) attacks to steal patient data from healthcare organizations. Hackers can exploit PACS security gaps to launch attacks and illegally access patient data. Healthcare organizations must utilize medical visualization software that complies with HIPAA and other data security regulations to keep cybercriminals at bay.…

Surgeon using a 3D model to analyze a patient's brain

Medical Visualization Software: Here’s What You Need to Know

What does medical visualization software mean for surgeons, interventionalists, and medical students? Here’s a closer look.    Key Takeaways:   Surgeons, interventionalists, and other healthcare professionals often rely on MRI and CT scans to analyze patients’ anatomical structures. Medical visualization software is being introduced that can transform the way healthcare professionals use MRIs and CT…