Services

Research & Development

scientific man

Research and innovation have been in our DNA for over 25 years. Since then, we've been investing in research to offer our customers the very best, and we're delighted to be able to present our latest initiatives here. Because we are all responsible for tomorrow's health.

Services

Research & Development

scientific man

Research and innovation have been in our DNA for over 25 years. Since then, we've been investing in research to offer our customers the very best, and we're delighted to be able to present our latest initiatives here. Because we are all responsible for tomorrow's health.

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How we do it

bespectacled woman working on a computer
bespectacled woman working on a computer
bespectacled woman working on a computer

What drives us, how we do it and, above all : why

WHAT: we have created a dedicated team of researchers as well as a network of research parnerts to meet the needs of all types of studies.

WHAT: we have created a dedicated team of researchers as well as a network of research parnerts to meet the needs of all types of studies.

WHAT: we have created a dedicated team of researchers as well as a network of research parnerts to meet the needs of all types of studies.

HOW: we are working to leverage cutting-edge technologies like AI to accelerate operational efficency, and multiplying our technical, technological and human resources to contribute to the discovery of new biomarkers.

HOW: we are working to leverage cutting-edge technologies like AI to accelerate operational efficency, and multiplying our technical, technological and human resources to contribute to the discovery of new biomarkers.

HOW: we are working to leverage cutting-edge technologies like AI to accelerate operational efficency, and multiplying our technical, technological and human resources to contribute to the discovery of new biomarkers.

WHY: we are committed to making clinical trials faster and unlocking the full potential of all forms of clinical data for better patient outcome.

WHY: we are committed to making clinical trials faster and unlocking the full potential of all forms of clinical data for better patient outcome.

WHY: we are committed to making clinical trials faster and unlocking the full potential of all forms of clinical data for better patient outcome.

Our scientific publications

Discover our library of scientific publications written by our dedicated experts.

Scientific Publications

Our scientific publications

Discover our library of scientific publications written by our dedicated experts.

Scientific Publications

Our scientific publications

Discover our library of scientific publications written by our dedicated experts.

Scientific Publications

Our goal

Our goal

Revolutionizing clinical trials with biosensors

At Banook, we’re constantly exploring emerging technologies to enhance data collection in clinical research.

Biosensors are redefining what's possible by managing complex physiological processes beyond human capabilities. These advanced devices deliver highly accurate, centralized data—vital for powering artificial intelligence-driven diagnostics.

Together, biosensors and AI pave the way for discovering novel biomarkers and improving patient monitoring. Seamlessly integrated into our key services—cardiac safety, central imaging, endpoint adjudication, and ePRO/eCOA—biosensors play a crucial role across our virtual clinical trials and diverse therapeutic areas.

Innovation meets reliability, driving smarter, faster, and more efficient outcomes in every phase of research.

preview of sticky notes on glass
preview of sticky notes on glass
preview of sticky notes on glass

AI in Clinical Trials

AI in Clinical Trials

man working on a computer with the reflection of his screen in his glasses
man working on a computer with the reflection of his screen in his glasses
man working on a computer with the reflection of his screen in his glasses

Predictive power for next-generation healthcare

Our proprietary machine learning algorithms are trained to identify novel biomarkers and analyze data collected through biosensors, enabling early detection and prevention across all therapeutic areas.

By combining AI with human expertise, we process vast volumes of clinical data—transforming insights into actionable outcomes. This innovative approach enhances our capabilities in monitoring late-onset toxicities, improving vigilance in treatment development.

AI isn't just a tool—it’s a catalyst, driving smarter, safer, and more precise decision-making in the future of e-health.

Our latest Scientific publications

Our latest Scientific publications

pdf

425 ko

6 post hoc uncertainty quantific

Development of a Bayesian approach combining lead integration and deep ensembling for quantifying uncertainty in QT interval measurements, providing reliable prediction intervals for safer clinical decision-making in drug safety studies.

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pdf

425 ko

6 post hoc uncertainty quantific

Development of a Bayesian approach combining lead integration and deep ensembling for quantifying uncertainty in QT interval measurements, providing reliable prediction intervals for safer clinical decision-making in drug safety studies.

Download

pdf

425 ko

6 post hoc uncertainty quantific

Development of a Bayesian approach combining lead integration and deep ensembling for quantifying uncertainty in QT interval measurements, providing reliable prediction intervals for safer clinical decision-making in drug safety studies.

Download

pdf

162 ko

CINC 2022

Development of a QT Interval Inaccuracy Index (QTI) using machine learning to automatically identify ECGs requiring expert review in TQT studies, improving efficiency while maintaining accuracy.

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pdf

162 ko

CINC 2022

Development of a QT Interval Inaccuracy Index (QTI) using machine learning to automatically identify ECGs requiring expert review in TQT studies, improving efficiency while maintaining accuracy.

Download

pdf

162 ko

CINC 2022

Development of a QT Interval Inaccuracy Index (QTI) using machine learning to automatically identify ECGs requiring expert review in TQT studies, improving efficiency while maintaining accuracy.

Download

pdf

4 Mo

IEEE TBME DL for QT measurment Diaw 2022

Development of deep learning models for automated QT interval measurement in drug safety studies, showing improved accuracy over traditional methods and providing interpretable QT delineation to assist expert review.

Download

pdf

4 Mo

IEEE TBME DL for QT measurment Diaw 2022

Development of deep learning models for automated QT interval measurement in drug safety studies, showing improved accuracy over traditional methods and providing interpretable QT delineation to assist expert review.

Download

pdf

4 Mo

IEEE TBME DL for QT measurment Diaw 2022

Development of deep learning models for automated QT interval measurement in drug safety studies, showing improved accuracy over traditional methods and providing interpretable QT delineation to assist expert review.

Download

See all scientific publications

See all scientific publications