中文

Create Medical Imaging Ecosystem

MIWP Image Processing Platform

General post-processing functions

Patient data browser function
Image browsing Viewing application: The viewing image browsing application provides basic image browsing, marking, measurement and 3D post-processing applications;

Image data management function

Including importing data from local file system, importing data from remote DICOM node, exporting data to local file system, exporting data to other DICOM nodes, etc;

Solutions

Neuro

Tumor

Plaque

Neuro

NeuDiLab - Neurodiffusion Advanced Model Module

Diffusion imaging is an important functional MRI imaging technology, which can reflect the cellular level microstructure information through advanced diffusion model, and has important clinical diagnosis and efficacy evaluation value. NeuDiLab supports a variety of the latest advanced diffusion models, covering neural and systemic applications, provides one-stop collection and post-processing solutions, supports the simultaneous application of multiple diffusion models collected at one time, and obtains up to dozens of quantitative information at the same time. It has demonstrated significant clinical potential in brain tumors, epilepsy, degenerative and psychiatric brain diseases.

QSMLab - Quantitative Magnetic Sensing Module

Magnetic susceptibility quantitative imaging (QSM) is a quantitative technology based on magnetic susceptibility weighted imaging (SWI). Compared with SWI, QSM has better contrast of gray white matter and brain nuclei, and can accurately distinguish between bleeding and calcification signals. It is of great significance in the research and diagnosis of multiple sclerosis, Parkinson's syndrome and other brain neural diseases. QSMLab can simultaneously calculate and obtain quantitative magnetic susceptibility maps QSM and R2 * quantitative maps, which can more clearly show the structure of deep brain nuclei, and quantitatively measure the degree of trace iron deposition in nuclei.

ASLLab - perfusion quantitative without contrast injection module

ASL is a quantitative technique of cerebral perfusion without administration based on MRI. ASLLab supports 2D, 3D and 4D ASL data analysis, obtains perfusion weighted, perfusion CBF quantitative and other parameters, and supports PASL and PCASL sequence and multi TI data analysis.

BrainQuantAll - Whole brain automatic quantitative analysis module

BrainQuanAll obtains accurate segmentation results of cerebral cortex and nucleus based on high-resolution 3D sequences, provides features such as volume and asymmetry of each brain region, and supports joint analysis of other quantitative sequences, such as T1/T2/T2 * quantitative, DWI, ASL and other sequences. BrainQuanAll can extracts quantitative values of corresponding brain regions, and provides multi-dimensional quantitative information for epilepsy, cerebral degenerative and psychiatric diseases.

Tumor

BoDiLab - Body Diffusion Advanced Model Module

Diffusion imaging is an important functional MRI imaging technology, which can reflect the cellular level microstructure information through advanced diffusion model, and has important clinical diagnosis and efficacy evaluation value. BoDiLab supports a variety of the latest advanced diffusion models of the body, provides one-stop collection and post-processing solutions, supports the simultaneous application of multiple diffusion models collected at one time, and obtains up to dozens of quantitative information at the same time. It has demonstrated significant clinical potential in the identification, grading, efficacy evaluation, liver and kidney fibrosis evaluation of various body tumors. In addition, BoDiLab supports manual and semi-automatic 3D ROI mapping and imaging feature information extraction, including tumor morphology, histogram, texture and other features, providing more quantitative image features.

TxMapLab - Simultaneous multi-parameter quantification module

TxMapLab is a quantitative calculation tool supporting multiple MR relaxation methods, especially the quantification method which could simultaneous calculate multi-parameter. It supports simultenously T1/T2 *, R1/T2 *, fat fraction quantification through one data acquisition, which can be completed within one minute by using a fast acquisition scheme. It is applicable to static and moving organs of the body, and can synthesize multiple contrast weighted images to obtain better disease focus contrast. Due to the strict matching of resolution and FOV of multi parameter data, it can be used for multi parameter joint analysis.

MPQuan - Multiparameter quantitative analysis module

MPQuan is a data fusion and joint analysis tool for multiparameter image data, which can analyze multiple imaging data with different resolutions and scanning field of view (FOV), including following functions:

Support image fusion to match the resolution and FOV differences;
Support efficient, fast and semi-automatic 3D labeling of lesions, which is simple to operate, and multiple data can be delineated at one time without each data being marked separately, thus greatly improving the labeling efficiency.
Support imaging features extraction from all fused data.
Support batch processing of large amounts of data and can be applied to all parts of the body.

MPQuan - Multiparameter quantitative analysis module

BreastQuan - Breast CAD module

BreastQuan is a quantitative analysis tool for Breast MR images, including following functions: semi-automatic segmentation of bilateral mammary glands and glands, extract and quickly locate and outline the lesions. Thus it can provide quantitative image information and reference for diagnosis.

ProstateQuan - Prostate CAD module

ProstateQuan is a quantitative analysis tool for Prostate MR images, including following functions: semi-automatic segmentation of the prostate, extract and quickly locate and outline the lesions. Thus it can provide quantitative image information and reference for diagnosis.

Plaque

PLAQUE LAB Neck Artery Plaque Analysis Laboratory

Computer aided Neck vessel marking and delineation

Automatic plaque component recognition
3D reconstruction of blood vessels and plaque components,
Automatic quantitative analysis
Vascular morphology: Stenosis, wall thickness
Quantitative plaque composition: lipid necrosis nucleus, fibrous cap, calcification, bleeding, etc
Computer aided plaque vulnerability diagnosis, AHA plaque classification
Generate analysis report, provide report preview and storage

PLAQUE LAB Neck Artery Plaque Analysis Laboratory

PLAQUE LAB Head and Neck Integrated Artery PLAQUE Analysis Laboratory

Computer aided labeling and delineation of head and neck vessels

Automatic plaque component recognition
3D reconstruction of blood vessels and plaque components,
Automatic quantitative analysis
Vascular morphology: Stenosis, wall thickness
Quantitative plaque composition: lipid necrosis nucleus, fibrous cap, calcification, bleeding, etc
Computer aided plaque vulnerability diagnosis, AHA plaque classification
Generate analysis report, provide report preview and storage

PLAQUE LAB Head and Neck Integrated Artery PLAQUE Analysis Laboratory