Stanford 3D & Quantitative Imaging Laboratory

Here are two volume renderings of the chest, both showing a rib fracture on the patient's left side. The image on the left uses standard volume rendering, while the one on the right utilizes cinematic rendering. Which rendering do you think better highlights the fracture? Learn more about 3D Imaging here! https://lnkd.in/g2y-VAJu #3dimaging #fracture #comparison #rendering

In this video we're showcasing Photon Counting CT imaging of the heart with a focus on the coronary arteries. We've used four different visual templates to display the coronaries. Which one do you find most effective? Learn more about photon counting CT here! https://lnkd.in/gyDiVvsY #medicalimaging #hearthealth #technology #anatomy

Today we continue exploring lower extremity imaging, focusing specifically on the femur. What do you think we're examining here? What features stand out to you? Interested in learning more about our Lab? Visit our website! https://lnkd.in/gj78VtuS #medicalimaging #orthopedics #surgicalplanning

Thank you Stanford Department of Cardiothoracic Surgery for sharing how the 3D efforts have a real impact on caring for patients! We embrace these visualization and workflow challenges with helping patients in mind. Seeing that our imaging efforts are going to great use motivate us to solve the future challenges and continue delivering the best 3D imaging we can!

For our latest imaging showcase, we take a look at two different visualizations of a left proximal femur fracture. The first segment features a cinematic rendering that enhances the lighting details, while the second offers a traditional volume render. Do you find one approach more effective than the other for clinical or educational purposes? #3dimaging #technology #orthopedics

Are you familiar with brachial-auxillary stent grafts? These devices are used to reinforce arteries and ensure stable blood flow. Can you identify one in this imaging? Additionally, there's another condition near the stent graft—can you spot what it is? Learn more about 3D imaging here! https://lnkd.in/g2y-VAJu #3dimaging #vascularhealth #anatomy

Contrast issues and metal artifacts can sometimes obscure abnormal pathology. Despite these challenges, what abnormalities can you identify in this imaging? What might be causing the metal artifacts, and is there anything unusual that catches your eye? Learn more about 3D Imaging on our website! https://lnkd.in/g2y-VAJu #3dimaging #medicalscan #anatomy

Learn how Extended Reality (XR) is enhancing neurosurgery through real-time, 3D guidance. Our article covers the impact of this new technology on surgical planning, surgical precision, and patient education. Read on our website here! https://lnkd.in/gGQ_UP7S #neurosurgery #virtualreality #3dimaging #healthcare

Take a look at this lower extremity imaging, where the pathology is quite clear. Are there any specific details of the pathology catch your eye? Learn more about 3D Imaging on our website! https://lnkd.in/gj78VtuS #3dimaging #vascularhealth #surgicalplanning

Take a look at this abdominal imaging, which shows several large benign cysts in the liver and kidneys. Can you spot how many there are? What other anatomical features catch your eye? Learn more about 3D Imaging on our website! https://lnkd.in/g2y-VAJu #3dimaging #anatomy #healthcare