The Future Vet Podcast: CBCT and Beyond
Episode 01: A New Dimension in Veterinary Imaging:
Introducing CBCT
Beyond the X-Ray: Exploring the Revolutionary Impact of Cone Beam Computed Tomography in Animal Healthcare
About:
This first episode delves into modern animal imaging, centering on Cone Beam Computed Tomography (CBCT). It starts by noting X-ray weaknesses, like seeing a sculpture's shadow. CBCT is a novel tool giving detailed, 3D views of animal anatomy, letting vets see all angles. Differing from regular CTs, CBCT uses a focused beam, cutting radiation.
We see how this accuracy aids vet care, from finding tiny fractures to complex nasal exams. The talk shows CBCT's broad use: dental work, emergencies, bone issues, plus care for exotic animals, aiding vets with less invasive procedures. We also cover limiting radiation, ethical concerns, and future roles of AI and prevention. The episode introduces iCRco's Claris V CBCT, a small, portable, and handy care option. This sets up future looks at advanced tech changing veterinary care.
THE "MUST KNOWS" WHEN BUYING CBCT
What is Cone Beam Computed Tomography (CBCT) and how does it differ from traditional CT scanning?
CBCT, as used in the Claris V system, employs a cone-shaped beam of radiation, unlike traditional CT (fan beam) which uses a wider, "spray and pray" approach. This focused approach allows CBCT to deliver more precise images with a lower radiation dose compared to traditional CT. Traditional CT may also involve more steps with more exposures and is often done in specialist centers, while CBCT aims to be more efficient and readily accessible in the clinic.
What are the key advantages of the
Claris V CBCT system for veterinary practices?
The Claris V offers several key advantages including portability and mobility, allowing it to be easily moved within a clinic. It provides "point-of-care" imaging, reducing the need for referrals. The system also delivers superior image quality (up to 10x clearer than traditional CT) with lower radiation exposure. Its larger field of view enables the capture of more anatomical information in a single scan. It comes with a user-friendly design, support, training, and a community for users. This combination provides comprehensive in-house 3D imaging, streamlining workflows and improving diagnostic accuracy.
How does patient positioning and restraint impact image quality in veterinary CT scans, and what methods are used to address these challenges?
Accurate patient positioning is critical in CT scans to avoid motion artifacts. Positioning should ensure alignment with the gantry’s isocenter and be symmetrical across all planes. For head CTs, ventral recumbency is often preferred for stability. Spinal CTs require dorsal recumbency, while thoracic and abdominal scans are typically done in ventral recumbency. The patient orientation (head-first or tail-first) should not interfere with the gantry. Anesthesia equipment should not cross the gantry either, to avoid artifacts. Radiolucent positioning aids are essential to ensure consistent, fixed positioning. Because patient motion is especially problematic, general gas anesthesia is a common method of restraint. Additionally, novel devices like the Vet MouseTrap are used for awake or minimally sedated imaging, particularly in cats. To reduce movement artifacts, practices use strategies like rigorous hyperventilation with capnometer control and sometimes drug induced apnea with neuromuscular blocking agents.
What is the "Vet MouseTrap," and how does it facilitate CT imaging in cats?
The Vet MouseTrap is a novel device designed to take advantage of a cat's natural immobility when unwell. This transparent acrylic device with oxygen and IV access ports allows for minimally invasive imaging of the head, neck, and thorax in cats. The cat remains within the device, staying relatively still with specific breathing patterns, which allows for clearer CT scans without requiring full anesthesia in every case. The device is designed to maintain clinical support elements such as oxygen and IV therapy while minimizing movement.
What clinical applications does CBCT technology offer in veterinary medicine?
CBCT is valuable for a range of veterinary applications including: detailed dental and oral exams, such as for tooth root infections and dental fractures; orthopedic assessments for fractures and joint diseases; nasal and sinus evaluations for identifying masses or foreign bodies, and pre-operative surgical planning for complex cases. It also enables better characterization of masses and heart assessments. CBCT provides comprehensive 3D images that traditional radiography cannot achieve, enabling more accurate diagnosis and treatment planning in a variety of cases. Additionally the technology enables better, earlier assessment of conditions in a patient workup.
What is "point-of-care" CBCT, and what advantages does it provide to veterinary practices and patients?
"Point-of-care" CBCT refers to having CBCT technology directly in the clinical setting, such as a veterinary clinic. It minimizes delays, reducing stress and discomfort for animals by eliminating travel to external imaging centers. It allows for rapid intervention in emergencies, saving critical time and enabling quicker decisions and treatment. It also provides cost and time savings by reducing the need for referrals and multiple appointments. Additionally, it enables continuous care by allowing vets to correlate imaging findings with clinical exams. In short, it improves patient management and provides more accurate treatment planning.
What are the key advantages of the Claris V CBCT system for veterinary practices?
The Claris V offers several key advantages including portability and mobility, allowing it to be easily moved within a clinic. It provides "point-of-care" imaging, reducing the need for referrals. The system also delivers superior image quality (up to 10x clearer than traditional CT) with lower radiation exposure. Its larger field of view enables the capture of more anatomical information in a single scan. It comes with a user-friendly design, support, training, and a community for users. This combination provides comprehensive in-house 3D imaging, streamlining workflows and improving diagnostic accuracy.
What is the scope of the Claris V system in terms of functionality, and how does it integrate into a modern veterinary practice?
The Claris V is an all-in-one system that integrates the functionality of X-ray, fluoroscopy, and CT. Its portability and plug-and-play design allows it to easily fit into most small clinics, requiring only standard 220V power. The system includes a patient table, computer with dual monitors, and 3D reconstruction software. It is also DICOM compatible to facilitate sharing across 3D viewers and PACS systems. The system is designed for efficient workflows, from acquisition to data management. The training, technical support, and user community aim to ensure it's easily adopted by veterinary staff, enhancing overall care.
Schedule a Software Demo Here
iCRco proudly introduces the Claris V 3DCT system, meticulously crafted at our state-of-the-art California facility. Our adept software support team guarantees a seamless journey, guiding you from boot-up to each stage of image review. Ready to elevate your imaging experience? Simply fill out the form below to schedule an appointment, and our sales representatives will swiftly coordinate a date and time that suits you best. Transform your practice with iCRco's Claris V 3DCT system.