Academic Applied Research
An MRI-directed clinical trial for the use of deferiprone to treat the negative symptoms of schizophrenia
Technology Transfer Office: Hadasit medical research services and development ltd
Researcher to Contact: Dr. Amit Lotan
Tel: +972-(0)50-787-4809
Email: [email protected]
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Development of an MRI-based model for oxidative stress and brain iron imbalance for personalized medicine treatment of the negative symptoms of schizophrenia with deferiprone"
Read moreLast invested program: Promoting advanced research in academia
Application for implementing AI models in delivery rooms
Software and Information Technologies
Technology Transfer Office: Hadasit medical research services and development ltd
Researcher to Contact: Prof. Simcha Yagel
Tel: +972-(0)50-787-4478
Email: [email protected]
Development of a decision support tool for delivery room staff to predict obstetric outcomes related to maternal and newborn health based on machine learning
Read moreLast invested program: Promoting advanced research in academia
Biomarker for myelin packing using quantitative magnetic resonance
Technology Transfer Office: Yissum
Researcher to Contact: Aviv Mezer
Tel: +972-(0)58-700-0168
Email: [email protected]
Development of a diagnostic tool using Myelin Water Imaging based on changes in myelin—the white matter in the brain. These changes occur in diseases such as multiple sclerosis, leukodystrophy, schizophrenia, and vascular disease
Read moreLast invested program: Promoting advanced research in academia
DDG-MRI – an innovative medical imaging method for cancer detection that produces PET-like images without ionizing radiation
Chemistry and Materials
Technology Transfer Office: Hadasit medical research services and development ltd
Researcher to Contact: Prof. Rachel Katz-Brull
Tel: +972-(0)50-894-6254
Email: [email protected]
Development of a material and method for molecular medical imaging to enable MRI scans that will provide information equivalent to the information obtained in PET scans but without ionizing radiation
Read moreLast invested program: Promoting advanced research in academia
Development of electrochemical sensors for heavy metals in the ppb range
Multidisciplinary systems
Technology Transfer Office: SCE
Researcher to Contact: Prof. Ariela Burg
Tel: +972-(0)52-643-3773
Email: [email protected]
The sensor will be developed using the DPN method, will be portable and easy to use, capable of detecting several heavy metals at the same time, in the ppt-ppb range, in a variety of water samples, and thus will serve as a decision support tool.
Read moreLast invested program: Promoting advanced research in academia
Development of a novel LAG-3 antibody for treatment of influenza virus infections and autoimmune diseases
Biomedicine and pharmaceuticals
Technology Transfer Office: Technion Research & Development LTD.
Researcher to Contact: Yotam Bar-On
Tel: +972-(0)54-819-6123
Email: [email protected]
Following the successful generation of LAG-3 blocking antibodies, in this proposed research we will test their therapeutic potential against influenza virus and lupus disease
Read moreLast invested program: Promoting advanced research in academia
Development of high gain diode laser coupled to wide slab waveguide
Electronics Computers and Electronic Components
Technology Transfer Office: ISORAD
Researcher to Contact: Dr. Doron Cohen Elias
Tel: +972-(0)52-823-5261
Email: [email protected]
Development of high gain edge emitter laser (EEL) coupled to wide waveguide. The EEL will have a fully reflected mirror in one side and in the other side will have an anti-reflective coating. The EEL will have and exterior cavity aligned to the wide coup...
Read moreLast invested program: Promoting advanced research in academia - Co-support by the Ministry of Defense
Development of methods for digital printing of injection molded plastic recyclates.
Chemistry and Materials
Technology Transfer Office: Israel Plastics and Rubber Center (1986)
Researcher to Contact: Gavriel Klin
Tel: +972-(0)58-472-6828
Email: [email protected]
The project deals with digital printing of injection molded recycled plastic. Nowadays, high-quality printing is not possible due to a large variance among batches and the low surface energy of the polymer. The goals are to find additives and develop sur...
Read moreLast invested program: Promoting advanced research in academia
Development of novel CXCL14 dependent therapeutics
Biotechnology and industrial biology
Technology Transfer Office: Hadasit medical research services and development ltd
Researcher to Contact: Prof. Amnon Peled
Tel: +972-(0)52-481-636
Email: [email protected]
Development of a chimeric recombinant protein of the chemokine CXCL14 and the Fc part of an antibody (CXCL14-F) for the treatment of hepatocellular carcinoma, an incurable disease
Read moreLast invested program: Promoting advanced research in academia
Intelligent Internal Turning Tool
Mechanical Engineering
Technology Transfer Office: SCE
Researcher to Contact: Dr. Ziv Brand
Tel: +972-(0)50-624-4337
Email: [email protected]
The research focuses on developing an advanced, intelligent internal turning tool utilizing closed-loop active control, setting it apart from existing tools on the market. Its primary objectives are to expand the operational range, improve surface finish...
Read moreLast invested program: Promoting advanced research in academia
Wearable sensor for brain monitoring at home
Medical Engineering
Technology Transfer Office: Hadasit medical research services and development ltd
Researcher to Contact: Dr. MORDEHAY MEDVEDOVSKY
Tel: +972-(0)52-239-7322
Email: [email protected]
Development of a multimodal system for brain monitoring at home
Read moreLast invested program: Promoting advanced research in academia