PIQE Clinical Gallery

Cor T2w for hippocampus

Example of a high-resolution image of the hippocampus using Precise IQ Engine (PIQE). The original image is 256 matrix with low resolution and high signal-to-noise ratio (SNR).
Even though the scan time is reasonably short and the slice thickness is as thin as 2 mm, the image is clear and demonstrates good contrast.

Sag T2w for pituitary

Using a regular head and neck coil, with a collection matrix 256 × 256 setting, imaging can be performed in approximately 1 minute. Structures around the pituitary gland are clearly visible.

Acquisition time: 1:08

Axi T2w for orbit

Orbit image. Did not require a dedicated coil such as a circle coil to image the orbit. The image can be acquired in only 30 seconds using a normal head/neck coil with a small field of view (FOV) and low resolution. The structures around the lens are clearly visible.

Acquisition time: 0:36

Axi T2w for Brain

As this case is acquired with a 3T system, increasing the matrix over 512 × 512 will result in poor SNR and reduced contrast.
PIQE was applied after reducing the matrix to improve SNR and further shortening the scanning time. As a result, scan time was reduced by 53% while still achieving high resolution.

Axiall PDw for shoulder

PIQE capturing the structure more finely at three times the resolution.

Axial FS PDw for median nerve

Using a 16ch Flex SPEEDER Medium coil and an acquisition matrix 320 × 320 setting, imaging can be performed in approximately 3 minutes. Structures around the median nerve can be clearly identified.

Acquisition time: 3:14

Coronal PDw for Knee

Traditionally it has taken a long time to obtain higher resolution images in the MSK region. With PIQE, higher resolution images can be obtained in a realistic amount of acquisition time. PIQE clearly delineates the fine structures around cartilage and meniscus.

Sagittl FS PDw for ankle

This is a heel FS PDw image, with PIQE capturing the structure more finely at three times the resolution.

Sagittal T1w for ankle

This is a heel T1w image, with PIQE captures the structure with much more detail at three times the resolution.

Sagittal T2w for Pelvis

PIQE captures the structure more finely at three times the resolution.

Sagittal T2w for c spine

The original image is a 288 matrix with a 3 mm slice thickness and relatively low resolution, resulting in high SNR.
PIQE reconstruction can acquire high quality images within acceptable scan times.

Axial FE2D T2*

Volunteer image with PIQE adapted to SEEPI DWI sequence.
PIQE captures the structural detail more finely at three times the resolution.

Axial FE2D T2*

Volunteer image with PIQE adapted to FE2D T2* sequence.
Ringing artifacts are reduced by PIQE reconstruction.