Technology offers

The University is implementing a strategy aiming to protect and manage its intellectual property and transfer its research results to society. ULB-TTO takes care of filing patents and trademarks, as well as protecting know-how and software.

ULB-TTO currently manages a portfolio of 130 active technologies, 91 of which are protected by a family of patents.
Companies that are interested in this may negotiate licensing contracts or collaboration agreements with the University, in order to develop available technologies and/or release them on the market.

See the technologies currently available:

Life Sciences & Health

• Better Genitourinary Cancer Diagnosis

  GLAM is an innovative device for personalized diagnosis and therapy monitoring for genitourinary cancers.

• Compositions and methods for treating mycobacterial infections

  New drug combination of Vancomycin and Orlistat useful to treat the bacteria m-Tuberculosis and multidrug-resistant (MDR) or extradrug-resistant (XDR) tuberculosis.

• Device for cold plasma treatment

  New device and treatment using cold atmospheric plasma for ablation of the duodenal lining or regeneration of the mucosa.

• DPP6 – FXYD2 biomarkers for imaging and targeting Beta-Cells

  New biomarkers expressed in pancreatic beta cells for imaging and targeting beta cells.

• Minimally invasive anchoring system

  Mini-invasive anchoring, Suturing, Stapling, Electrical stimulation, Percutaneous implantation, Single incision laparoscopy, Soft tissue.

• Optical force transducer

  Medical device - Force Sensing - Force Feedback - Minimally invasive.

• Rapid diagnostic for bacterial infections

  New fast technique for extraction and detection of bacterial RNA like pneumocoques or otitis in patient blood by quantitative PCR (qPCR).

• Reactivation of HIV-1 gene expression to treat persistent HIV infection

  New drug combination with efficient cART used as a therapeutic perspective to decrease latent HIV-1.

• RHBG as a biomarker for cancer & a drug target to inhibit cancer proliferation

  Luminal, Breast Cancer, Diagnosis, RHBG, Biomarker.

Materials & Engineering

• Atmospheric plasma deposition of Crystalline inorganic coatings

  The invention of an induction heating system adapted to a reactor of the 'dielectricbarrier discharge' type known as DBD, opened up the field of crystalline deposits of inorganic material hitherto limited to deposition under vacuum or at very high temperature.

• Better Genitourinary Cancer Diagnosis

  GLAM is an innovative device for personalized diagnosis and therapy monitoring for genitourinary cancers.

• Device for cold plasma treatment

  New device and treatment using cold atmospheric plasma for ablation of the duodenal lining or regeneration of the mucosa.

• Embedded piezoelectric transducers for ultrasonic monitoring of concrete structures

  The development of low-cost ultrasonic piezoelectric transducers to be embedded in concrete with applications in the field of non-destructive testing techniques (estimation of material properties from the very early age) and structural health monitoring (damage detection, on-line monitoring of civil infrastructure).

• Holographic sensor for potentially explosive atmospheres (ATEX) monitoring

  Our invention performs in time a 3D imaging process within a volume to allow to count particles, even fastly moving, and to measure their sizes to determine the corresponding statistics on the cloud and concentrations.

• Method for manufacturing Ti alloys with enhanced strength-ductility balance

  Additive manufacturing, EBM, SLM, Titanium alloys, TA6V, Thermal process, Post-treatments.

• Minimally invasive anchoring system

  Mini-invasive anchoring, Suturing, Stapling, Electrical stimulation, Percutaneous implantation, Single incision laparoscopy, Soft tissue.

• Optical force transducer

  Medical device - Force Sensing - Force Feedback - Minimally invasive.

Environment & Energy

• Atmospheric plasma deposition of Crystalline inorganic coatings

  The invention of an induction heating system adapted to a reactor of the 'dielectricbarrier discharge' type known as DBD, opened up the field of crystalline deposits of inorganic material hitherto limited to deposition under vacuum or at very high temperature.

Contact:

Arnaud Quintens 
IP management and transfer unit ULB-TTO
arnaud.quintens@ulb.be
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