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Kenko Imalytics is a platform of MRI-based clinical devices

Quantitative, explainable tumour understanding through imaging biomarkers

Kenko Imalytics is a platform of MRI-based clinical devices that transform multiparametric MRI into quantitative, explainable imaging biomarkers. These devices provide clinically interpretable insight into tumour behaviour, supporting radiologists and clinical teams in making clearer, more consistent decisions across the oncology pathway.

MRI is the most powerful tool
in cancer care,
yet it remains
underused

MRI is the most powerful tool in cancer care, yet it remains underused

MRI is the most powerful tool for understanding tumour behaviour, yet it remains underused because interpretation is complex and time, consuming. What used to take hours can now be done in minutes.

Resonancia magnética para el cáncer de mama
MRI Breast Cancer

From detection to understanding tumour behaviour

Quantitative, explainable insight from multiparametric MRI

Kenko Imalytics moves beyond qualitative MRI interpretation and probability-based outputs by transforming multiparametric MRI into quantitative, explainable imaging biomarkers. By analysing perfusion, diffusion, and anatomical context together, it provides clinically interpretable insight into tumour behaviour, supporting clearer and more consistent decisions across the oncology pathway.

Kenko Breast AI+

Turning breast MRI into quantitative, explainable clinical insight

Kenko Breast AI+ transforms multiparametric breast MRI into quantitative, explainable imaging biomarkers that are clear, visual, and clinically interpretable. By reducing reading time, lowering false positives and false negatives, and providing objective insight into tumour behaviour, it supports faster interpretation and strengthens confidence in clinical decisions and tumour boards.

Resonancia magnética para el cáncer de mama

A growing family of
MRI-based clinical devices

From detection to understanding tumour behaviour

Kenko Imalytics includes devices for breast and prostate MRI, with additional devices for rectum, liver, and bladder currently under development. Each is built on the same approach: transforming multiparametric MRI into quantitative, explainable imaging biomarkers that provide clinically interpretable insight into tumour behaviour.

The biomarker platform
behind Kenko Imalytics

Physiology-linked biomarkers from MRI

Kenko Imalytics’ devises interpret tumour behaviour using complementary MRI biomarkers derived from perfusion, diffusion, and anatomical context. By analysing vascular dynamics, tissue cellularity, and structural information together, it provides quantitative insight into lesion characterisation, tumour heterogeneity, and biological behaviour, supporting clearer, more consistent clinical decisions.

Designed around radiologist expertise

Supporting radiologists with quantitative, explainable insight

Kenko Imalytics supports radiologists by transforming multiparametric MRI into quantitative, explainable imaging biomarkers. It enables clearer lesion characterisation and more consistent interpretation while maintaining full clinical control over decision-making and reporting.

The biomarker platform
behind Kenko Imalytics

Physiology-linked biomarkers from MRI

Kenko Imalytics’ devises interpret tumour behaviour using complementary MRI biomarkers derived from perfusion, diffusion, and anatomical context. By analysing vascular dynamics, tissue cellularity, and structural information together, it provides quantitative insight into lesion characterisation, tumour heterogeneity, and biological behaviour, supporting clearer, more consistent clinical decisions.

Designed around radiologist expertise

Supporting radiologists with quantitative, explainable insight

Kenko Imalytics supports radiologists by transforming multiparametric MRI into quantitative, explainable imaging biomarkers. It enables clearer lesion characterisation and more consistent interpretation while maintaining full clinical control over decision-making and reporting.

Clinical value across
the oncology pathway

Clarity, consistency, and confidence in practice

Radiologists

  • Faster MRI interpretation
  • Reduced inter-reader variability
  • Objective evidence for complex cases

Hospitals and health systems

  • Faster reporting and optimised imaging workflows
  • Reduced unnecessary biopsies and
    follow-up procedures
  • Greater consistency across radiologists
  • Strategic differentiation in advanced MRI

Multidisciplinary oncology teams

  • Shared visual evidence for tumour boards
  • Clearer clinical alignment
  • Earlier treatment decisions

Patients

  • More accurate diagnosis
  • Reduced uncertainty
  • Better-informed treatment decisions

Radiologists

  • Faster MRI interpretation
  • Reduced inter-reader variability
  • Objective evidence for complex cases

Hospitals and health systems

  • Faster reporting and optimised imaging workflows
  • Reduced unnecessary biopsies and
    follow-up procedures
  • Greater consistency across radiologists
  • Strategic differentiation in advanced MRI

Multidisciplinary oncology teamss

  • Shared visual evidence for tumour boards
  • Clearer clinical alignment
  • Earlier treatment decisions

Patients

  • More accurate diagnosis
  • Reduced uncertainty
  • Better-informed treatment decisions

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