ideal framework conditions for promising medical research

Interdisciplinary
Innovation Projects

Driven by specific medical needs and with direct access to the medical infrastructure, the research projects of the EKFZ accelerate the digitalization of medicine.

IIP PROGRAM: EVALUATION COMPLETED. No new call will be opened.

As the first EKFZ funding period came to an end, the IIP Program underwent a detailed evaluation, which is now completed. Over the past five years, the program has supported numerous innovative projects that have contributed valuable impulses to the development of digital health solutions. However, the results of the evaluation show that the program will not be continued in its current form. The assessment revealed that the long-term impact of the funded projects is strongly influenced by structural and strategic factors beyond the program’s control. We therefore concluded that future funding should be directed toward more thematically focused initiatives to achieve greater impact and ensure a more efficient use of resources. We thank all participating teams and partners for their commitment and valuable contributions. Information on future funding formats will be published on our website.

About the IIP Program

The EKFZ for Digital Health supports medical-technological innovation. As one successful instrument we have established Interdisciplinary Innovation Projects (IIP). As an open instrument, each project was jointly coordinated by two PIs: an experienced clinician and a high-tech specialist. The clinician needed a scientific track record in the respective field at Dresden University Hospital/Faculty of Medicine, representing the medical need and needed clinical mentorship. The high-tech specialist of the TU Dresden, one of the Fraunhofer institutes IWS, IWU, FEP, IKTS, IPMS, of the HZDR/NCT/UCC Dresden and/or a Leibniz-Institute brought outstanding expertise and technologies into the IIP. In each funding round, we supported up to three new projects with excellent scientific quality, high originality, and demonstrable clinical relevance. A committee of internal and external experts reviewed all applications and made recommendations to the steering committee, who made the final decisions.

Curious about the projects we supported? See all Interdisciplinary Innovation Projects below.

Interdisciplinary Innovation Projects (IIPs)

3DHandSens

Development of a novel, patient-specific sensory exoskeleton for digitizing the measurement of hand mobility

AI4PD

Establishing digital assistants for improving care for Parkinson’s disease

ARAS

Allocation Algorithm for Optimized Regional Acute Stroke Care

BrainAce

In vivo brain tumor diagnostics by adaptive computational lensless fiber endoscopy

D2EAR

Digital diagnostics for the middle ear with endoscopic optical coherence tomography and machine learning

EndoBotics

Enabling the future of endoscopic surgery by developing lightweight robotic tools

iSpine

Development of individualized function-integrated spinal implants

Lymph-Eye

Contrast agent-free imaging of lymph nodes and vessels in the shortwave infrared for surgical oncology

MAINFRAME

Machine Learning for Advanced Integrated Diagnostics of Myeloid Neoplasms

PitchPins

Multiple electrode array for cochlear implants

ReMoTe CarE

Resorbable Molybdenum Temporary Cardiac Electrodes

veiioSense

Proof-of-Concept for a sensor system enabling body posture correction during physiotherapy exercises

VRAD

Embracing the unknown: Virtual reality treatment of anxiety disorders

ALERT

Clinical application of an epileptic seizure warning system

CoBot

Colorectal robotic assistant for laparoscopic surgery

CRT

Proof-of-Concept for quantitative measurement of capillary refilling time

Completed IIPs

Context-Sensitive Data Glasses

HybridEcho

MOVERAD

PITROS

TransplaBit

DIGI-PPR

ImPressing

NGScopes

priorIcare

VirChip

eKImed

IntelliLung

Oralsens

ProteoSens

Enhanced Catheters

KTeXpand

Patientenfunk

StreDiMed

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