Advanced 128-Slice Cardiac CT Scan – Eskag Sanjeevani Radiology

Key Features of 128-Slice CT Scan

The 128-slice cardiac CT scan provides exceptional resolution, speed, and versatility for a wide range of imaging applications.

• High Spatial Resolution: With the presence of 128 detector rows, the scanner captures fine details and has faster scan times compared to traditional CT scanners for precise diagnostics.
• Faster Scan Times: Scan times are as low as 0.35 seconds for efficient cardiac imaging, which helps eliminate motion artefacts. It is beneficial for emergency cases or with patients facing difficulty in holding still.
• Wider Coverage Area: The overall coverage of the CT cardiac scan apparatus is up to 16cm per rotation, which is way more than the 2cm coverage of 4 and 16-slice scanners. It allows for scanning from head to toe in under 10 seconds.
• Advanced Dose Reduction: The CT scanner is capable of both 3D and 4D reconstructions and has a lower radiation dose due to shorter scan times and modulation of dose.
• Isotropic Imaging: The isotropic imaging of the 128-slice cardiac CT scan allows for appropriate reconstruction of images in any plane from data. Moreover, it also helps in retrospective reconstruction for additional views.

Technological Edge in 128 CT Scan

As one of the advanced CT scanners available in the field of diagnostics, the 128-slice cardiac CT scan houses the latest technology for superior diagnostic imaging.

• The iterative reconstruction software uses complex algorithms to generate high-quality imaging datasets. Moreover, it generates multi-laner reconstructed images with precise 3D renderings that allow radiologists to capture images from all angles.
• The cardiac CT scanner has 128 DICOM channels, which capture 128 image slices per rotation for fast, thin-cut images useful for critical diagnostic purposes.

Clinical Applications of 128-Slice CT Scan

The 128-slice CT scan offers patients new diagnostic possibilities for more efficient and high-quality diagnosis. Some of the core clinical applications include:

• Cardiac Imaging: The quick scan time of the morphology of coronary arteries and the heart is the hallmark of the diagnostic apparatus. The cardiac CT angiography also assesses complications such as valve disorders, bypass grafts, stents, and more.
• Vascular Imaging: The 128-slice cardiac CT scanner provides detailed information of the vascular system to assess blockages, aneurysms, malformations, epilepsy, and more.
• Pulmonary Imaging: The high-resolution imaging capacity of the CT scanner helps detect small nodules and diagnose critical conditions such as lung cancer. The machine also lets clinical professionals gather details for lung diseases such as pulmonary fibrosis, emphysema, and other life-threatening conditions.

Benefits of 128 CT Scanning

Our 128-slice cardiac CT scanner enhances patient outcomes and optimises workflow efficiency.

• Quick and effortless test procedure, which is painless, especially for older individuals.
• The cardiac CT scanner is a potent diagnostic procedure for detecting life-threatening conditions such as cancer, organ disorders and vascular blockages.
• The technology is also beneficial for trauma patients to assess internal bleeding and identify any form of abnormalities within the tissues for effective treatment strategies.
• Our 128-slice cardiac CT scan uses minimum radiation doses, which is safer for patients and generates high-quality images for the appropriate detection of risks. It is particularly useful for children and pregnant women.

Why Choose Eskag Sanjeevani Radiology?

Eskag Sanjeevani Radiology integrates state-of-the-art imaging technology, such as the 128-Slice Cardiac CT Scanner, to offer diagnostic precision and clarity. Our team combines advanced medical expertise with advanced equipment to deliver high-resolution imaging that helps in appropriate diagnosis.

With a strong emphasis on patient safety, we utilise advanced dose-reduction protocols and motion-correction techniques, ensuring optimal image quality while minimising radiation exposure, making us a trusted partner for complex diagnostic imaging needs.