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Sano participates in Open – H – Embodiment

— a global initiative opening a new chapter in medical robotics and Physical AI

The lesion-tract density index (L -TDI): a survival marker in human GBM. (A) For every subject, the data were normalized to a common template. The T2-weighted image was chosen as the reference modality, and the GBM was inversely masked to discard distorted tissue during the optimization. (B) The normalized tumor mask is used in combination with the whole brain normative tractogram to extract the set of streamlines that intersect the tumor in the same template space as in (A). (C) The lesion-tract density map (L -TDM) provides a unique white matter density map describing the tracts in (B) that interact with the GBM. (D) From the L -TDM, we can define the L -TDI marker by averaging the tract density within the L -TDM binary mask in (C). For a given cohort, the sample can be stratified according to a given percentile. (E) Once a stratification threshold has been set, we conduct thorough tests to assess the discovery of the biomarker. Additional survival analyses on multiple stratification thresholds help determine whether the potential biomarker holds prognostic value. The L -TDI can also be used to characterize both morphological and anatomical landscapes in GBMs, which can be used to understand differences in the survival rates. Once a robust effect has been identified, the L -TDI can be incorporated into standard risk analysis and predictive frameworks to improve patient care.

A non-local diffusion magnetic resonance imaging tract density biomarker to stratify, predict, and interpret survival rates in human glioblastoma

New publication presents a connectomics-based biomarker for predicting glioblastoma survival

Denoising of CT and MRI Images Using Decomposition-Based Curvelet Thresholding and Classical Filtering Techniques

New publication by Mahmoud Nasr, Krzysztof Brzostowski, Rafał Obuchowicz and Adam Piórkowski

Supporting innovation and the future of health technologies in Europe

Sano among partners of Wolves Summit 2026, a leading tech event

Quantum annealing brings modularity maximization and community detection closer to real-world practice

A new paper titled “Modularity Maximization and Community Detection in Complex Networks Through Recursive and Hierarchical Annealing in the DWAVE Advantage Quantum Processing Units” has just been published.

Representing Sano at LEAP HR: Life Sciences 2026 in London

Exploring Bold Strategies for the Future of Talent

Med4.0 in Practice: Data, AI and New Opportunities for Healthcare

A free webinar on interoperability, HPC infrastructure, and the role of AI Factories in the development of modern healthcare services

Maciej Malawski joins the VPH Board of Directors 2026

The Director of Sano becomes part of the international leadership shaping the future of digital medicine.

Sano joins the Polish Teaming Club

– working together for the advancement of Polish science

How to successfully join the international in silico medicine community?

The Perspective of Maciej Malawski and Marian Bubak Presented at “Śniadanie Klastra LifeScience”

Representatives of the Structural and Functional Genomics Team at the international conference in London

THE FESTIVAL OF GENOMICS & BIODATA- UK’s largest Life Sciences event

Validation of eleven federated learning strategies for multi-contrast image-to-image MRI data synthesis from heterogeneous sources

New Publication

Sano at Cardiopulmonary Physiome Workshop

Innovative Cardiovascular Research from Auckland

Congratulations to Dr. Magdalena Otta on Earning Her PhD!

We are pleased to announce that Magdalena Otta, researcher at Sano Centre for Computational Medicine,…

Memorandum of Understanding Between MBRU and SANO

We are pleased to share that SANO – Centre for Computational Personalised Medicine – International Research Foundation and Mohammed Bin Rashid…

Oligomerization of RNA Binding Proteins: Mechanism Unveiled

“Why does my protein make jelly and how is it related to neurodegeneration? “Jakub Wojciechowski

Sano Centre for Computational Medicine newsletter header graphic.

Our Latest Newsletter

Highlights and Key Moments from 2025

Sylwia Bożek and Tomasz Kościołek from Sano join the Board of the Polish Bioinformatics Society (PTBI)

We are proud that two members of the Sano team are contributing to the growth and direction of such an important organization in Polish science.

The recording of Monday’s Sano Seminar is now available

During the seminar, Rosmary Blanco from the Computational Neuroscience Team delivered a talk entitled “Toward Trustworthy AI for Acute Ischemic Stroke Triage with EEG: From Signal Processing to Uncertaint -Aware Decision Support.”

Structural and Functional Genomics Team

Dr. Tomasz Kościółek wins prestigious FNP FIRST TEAM grant to develop the world’s first generative foundation model of the human gut microbiome.

Sano – Centre for Computational Medicine proudly announces that Dr. Tomasz Kościółek has been awarded the First Team grant of the Foundation for Polish Science (FNP).

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