Surgical Techniques in 3D
Advancements in health care far extend the old “poke and prod” methods of yesteryear. In fact, new opportunities have emerged that utilizes three-dimensional computer imagery. Verbal descriptions or still images can not properly impart an understanding of complex anatomy to a lay audience. Implementing three-dimensional computer imagery can reduce risks for both the clinician and patient alike. Benefits for the clinician include efficient educational tools, elimination of communication barriers, shorter consultations, contented patients, efficient time outputs, easier medico-legal defense, which could likely result in a favorable reputation. Patients can expect a thorough understanding of the surgical treatments presented to them, which can induce compliance, satisfaction, and better surgical outcomes. Examine the following authoritative resources for an overview of each three-dimensional surgical technique.
CT Colon Fly Through
A virtual colonoscopy (CT Colon) examines the large and smaller intestines, along with the rectum for colon or bowl disease, such as polyps, colon cancer, or diverticulosis. Clinicians insert a tube into the rectum of a patient and collect a series of two-dimensional still images. A computer imagery software merges the still images together for a three-dimensional model.
- Virtual Colonoscopy: An Alternative Approach to Examination of the Entire Colon
- CT Colonoscopy: Where Have We Been and Where Are We Going?
CT Skull Fly Through
A virtual CT scan can narrow down any abnormalities within the sinus cavities of a given patient. Clinicians can examine the sinus pathways of the ears, nose, and throat for cancerous cysts, polyps, structural complications, and a lot more.
- Virtual Reality Augmentation in Skull Base Surgery
- A 3D Navigation System for Endoscopic Sinus Surgery
MR Brain Fly Through
An MR Brain Fly Through can pinpoint synapses in the brain where a surgeon can operate effectively. An MR Brain Fly Through can benefit in the detection and diagnosis of malignant tumors.
CT Lung Fly Through
A CT Lung Fly Through examines the bronchial pathways for lung abnormalities, including asthma, chronic obstructive pulmonary disease, influenza, pneumonia, tuberculosis, lung cancer, and breathing problems.
- NIH Researcher Creates Anatomic Visualization for Noninvasive 3D Bronchial Fly-Throughs
- “Flying Through” and ‘‘Flying Around’ ’ a PET/CT Scan: Pilot Study and Development of 3D Integrated 18 F-FDG PET/CT for Virtual (2006)
CT Torso Fly Through
A CT Torso Fly Through examines abnormalities of the vascular and circulatory systems, including peripheral artery disease, aneurysm, kidney disease, Reynaud’s phenomenon, Buerger’s disease, varicose veins, blood clot disorders, and lymphedema.
- GPU-Based High-Quality Volume Rendering For Virtual Environments
- 3D Laser Scanning (Torso): A Model of Multidisciplinary Research
CT Heart Arteries Fly Through
A CT Heart Arteries Fly Through can examine abnormalities within the heart, including coronary disease, underlying problems for blood pressure, diabetes, and aneurysms.
Simulation of Baby Delivery
Simulated baby deliveries enables clinician trainees to undergo a full-scale child delivery to demonstrate competency with course materials.
- Simulated Delivery Room Environment (SDR) Neo/CRM
- McAuley School of Nursing Simulation Lab receives updates
MR Particle Flow Visualization
MR Particle Flow Visualization can simulate the pathways of blood flow in patients. Particle Flow Visualization can narrow down blood clots, blocked blood vessels, and detect blood disorders.
- An Experimental Spatio-Temporal Analysis of Separated Flows Over Bluff Bodies Using Quantitative Flow Visualization
- Simulated Pathline Visualization of Computed Periodic Blood Flow Patterns
Focused Ultrasound
Focused Ultrasound procedures aim to become the ultimate form of noninvasive surgery, annihilate diseases without incision, replace traditional radiation methods, eliminate the pharmacological drugs, and dissolve blood clots and restore blood flow to blocked vessels.
