Sano Innovations

Reimagine the usual

From Concept to Clinical Use – Together

Collaborate with Sano on pioneering projects at the intersection of advanced computing and medicine k.nicholson@sanoscience.org

Our comprehensive suite of specialised technologies

Artificial Intelligence (AI)

Advanced tools for rapid analysis of medical images to detect abnormalities like tumors, help with generating medical report and automate repetitive processes.
Predictive Models

Rigorously tested and validated predictive models which use patient data to anticipate disease progression and assist in clinical decision-making.
Big Data Analytics

Robust systems that analyze electronic health records across institutions, and can combine them with e.g. environmental and public data, to identify health trends and improve outbreak responses.
Mixed Reality (MR)

Immersive simulation environments, which often combine components of virtual or augmented reality, for surgeons to safely practice and perfect complex procedures.
Genomics and Bioinformatics

Our analysis of microbial data helps us understand how changes in the microbiome impact human health, moving from population-level studies to personalized healthcare solutions.
Robotics

We develop robotic assistance and manipulation aids in hospital settings, enhancing surgical precision and safety.
Wearable Technology

Sensors for continuous patient monitoring, offering real-time health insights.
Federated Learning

Privacy-preserving AI models that improve with input from multiple decentralized data sources without sharing the data itself.
Synthetic Data

Artificial datasets, including visualization of elements of human physiology, that mimic real patient information, used for training algorithms safely and effectively.
High-Performance Computing (HPC)

Extensive computational power to perform complex genetic analyses and detailed simulations at unprecedented speeds and spatio-temporal scales.
Cardiology Simulations

Modeling and simulation technologies that replicate human heart functions, enhancing diagnostic and therapeutic approaches in cardiology.
Computational Fluid Dynamics (CFD)

Advanced studies of blood flow dynamics to improve understanding and treatment of cardiovascular diseases.
Surgery Training

Manipulators with haptic feedback combined with MR environments to train new generations of surgeons for the future of robot-aided procedures.
Process automation

Mapping healthcare operations through automated systems that enhance efficiency, reduce errors, and improve patient care delivery.

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Product portfolio​

Virtual Digital Twin for enhanced clinical decision-making

We are developing a tool that will help vascular surgeons optimize the treatment of deep vein thrombosis and reduce the incidence of post-thrombotic syndrome using personalized numerical models.

Brain Signature of Dementia for Health - BSD4health

Imagine a world where monitoring brain health is as simple as a regular health check-up. The BSD4health tool uses artificial intelligence to analyze EEG data, allowing for the early detection of cognitive impairments.

SNeuronEye (SNI)

SNeuroEye is an AI-driven solution designed to generate automatic neuroradiology reports for diagnosing brain lesions in MRI scans.

CACTUS

The Personal Health Data Science team of Sano led by Dr Jose Sousa is developing a Comprehensive Abstraction and Classification Tool for Uncovering Structures (CACTUS)

BabyNet++

Fetal Birth Weight Prediction

We Are Sano

Sano Centre for Computational Personalised Medicine International Research Foundation

About us
Innovations Team
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Contact Information

  • Phone: +48 509 481 202
  • mail: k.nicholson@sanoscience.org
  • Address: Czarnowiejska 36 building C5, 30-054 Kraków
  • NIP: 6772446472
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