QP-Brain® is an AI-powered medical imaging software developed by Quibim, designed to enhance brain MRI analysis by providing automated, quantitative evaluations of brain structures and white matter hyperintensities (WMH). This tool aids in the early detection and monitoring of neurodegenerative diseases by measuring brain atrophy and lesions, thereby improving diagnostic accuracy and patient outcomes.
QP-Prostate® is an advanced AI-powered software solution designed to enhance prostate MRI analysis by automating critical processes such as prostate segmentation and lesion detection. Developed by Quibim, this tool addresses the increasing demand for accurate and efficient prostate cancer diagnostics, streamlining radiologists' workflows and improving patient care.
QP-Liver® is an advanced AI-powered software developed by Quibim, designed to enhance the diagnosis and management of diffuse liver diseases through precise MRI analysis. By automating liver segmentation and quantifying tissue fat and iron levels, QP-Liver® facilitates early disease detection, personalized treatment planning, and accurate monitoring, ultimately improving patient care outcomes.
QP-Lung® is an advanced AI-driven solution designed to enhance the analysis of lung cancer heterogeneity and predict clinical outcomes using standard-of-care (SoC) CT scans. By integrating with existing diagnostic techniques, QP-Lung® classifies tumor mutational status, forecasts responses to immune checkpoint inhibitors, and estimates overall survival rates from baseline CT images.
QP-Breast® is an advanced AI-driven software solution developed by Quibim to enhance the interpretation of breast MRI scans. By analyzing MRI sequences, QP-Breast® assists in lesion characterization, identifying disease subtypes, and correlating imaging features with patient outcomes. This integration of imaging data with molecular biology information empowers oncologists to tailor treatment plans more effectively, leading to personalized and precise patient care.
QP-Insights® is an advanced, cloud-based platform designed for the comprehensive management, storage, and analysis of large-scale multi-omics data and medical images. Tailored for clinical studies and research projects, it enables users to enhance their analytical capabilities by integrating imaging data with processed electronic health records (EHR), facilitating the extraction of new predictive models and biomarkers.