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Archives: Technologies

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Next-generation Embedded Memory: A new low-cost and energy-efficient solid-state technology for Magnetic RAM implemented in Cu and Al

Category Hardware, semiconductors Keywords Embedded memory, spin-orbit torque Application The spin-orbit-torque MRAM (SOT-MRAM) is the next-generation embedded memory. It typically relies on the Spin Hall Effect (SHE) and has been considered a serious candidate capable of reducing the energy of the spin-transfer-torque magnetic random-access memory (STT-MRAM). It is fast and has a low standby power […]...
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  • Category: Chemistry & Nanotechnology

Leader Research:

Dr. Amir Capua

Faculty of Science

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Engineered T Cells to enhance adoptive T cell transfer therapy

Application Our Innovation Advantages This approach has several highly applicable advantages: Opportunity 1. Improving the efficacy of ACTs (TILs, TCRs, and CARs) 2. Enabling any immune cell used or to be used in immunotherapy to efficiently function within glucose-deprived tissues 3. Controlling the regions and the timing of immune cells’ activity during immunotherapy 1. Allowing […]...
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  • Category: Pharmaceuticals
  • Keywords: HC - Cell Therapy, HC - Oncology & Immunotherapy

Leader Research:

Dr. Michael Berger

School of Medicine - IMRIC

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3D Printing of Stretchable and Compressible Foams

Application Our Innovation This technology focuses on the digital fabrication of stretchable, compressible, and flexible polymeric foams with 3D printing technology, based on stereolithography processes. The polymeric foam is obtained by localized photopolymerization of water-in-oil emulsions in which water droplets are the pore-forming material, and the continuous phase is stretchable photocurable polyurethane. Advantages Opportunity...
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  • Category: Chemistry & Nanotechnology

Leader Research:

Prof. Shlomo Magdassi

Faculty of Science

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New particles of Phosphorus and Iron for Fertilizing Crops

Prof. Moshe Shenker, Prof. Yona Chen, and Prof. Daniel Mandler; The Hebrew University of Jerusalem Category Agriculture and fertilizers industry. Keywords Fertilizer; Phosphorus; Soil chemistry. Current development stage General list: TRL3 Experimental proof of concept                                                                                 Collaboration Opportunity Sponsored Research with an option to License Research Results Abstract In many agro-ecosystems, all the existing fertilizers fail […]...
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  • Category: AgTech

Leader Research:

Prof. Moshe Shenker

Faculty of Agricultural, Food and Environmental Quality Sciences

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Nanometric Drug Delivery Systems for Topical Applications

Application Our Innovation Advantages Opportunity: We are seeking collaboration with drug and cosmetic companies....
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  • Category: Pharmaceuticals
  • Keywords: HC - Dermatology & Cosmetics, HC - Drug Delivery & Formulation

Leader Research:

Dr. Katherine Margulis

School of Medicine - IMRIC

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Silica-MOF Microencapsulation for reduction of Microplastics

Application There is a strong and urgent need to find alternatives to the polymeric microcapsules applied in the agriculture industry, because of the immediate phasing out in the EU of the currently used microcapsules that pollute the environment with microplastic residues. Eliminating microplastics from the environment has been declared by the EU as a major […]...
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  • Category: Chemistry & Nanotechnology

Leader Research:

Prof. Raed Abu-Reziq

Faculty of Science

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Novel Platform for Protein delivery

Application Our Innovation Advantages Insulin nanoparticles made from the above copolymer were fully characterized and showed: Opportunity We are seeking collaboration with drug delivery companies, and especially in the extended release of peptides and proteins.            Besides, the new biomaterials and scaffolds developed could be used for medical purposes but also for the cultured meat industry....
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  • Category: Pharmaceuticals
  • Keywords: HC - Drug Delivery & Formulation, HC - Metabolic Diseases & Diabetes

Leader Research:

Prof. Abraham Jacob Domb

School of Medicine - IMRIC

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Nano-liposomal Formulations for Improving Cancer Treatment Efficacy

Application The activity of AT1 blockers is required to be specific to the target site (tumor, lungs) with minimal effect in the circulation to avoid dangerous hypotension. This target may be achieved using liposomes that will be either administered by injection and passively target the tumor/lungs or administered by inhalation and localized in the lungs. […]...
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  • Category: Pharmaceuticals
  • Keywords: HC - Drug Delivery & Formulation, HC - Oncology & Immunotherapy

Leader Research:

Prof. Yechezkel Barenholz

School of Medicine - IMRIC

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Prediction of extreme weather events in a changing climate

Weather and climate predictability from different perspectives including physical observations, computer modelling and mathematical/statistical theory...
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  • Category: Sustainability & Environment
  • Keywords: CS - Algorithms

Leader Research:

Assaf Hochman

Faculty of Science

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Development of anti-CD66a Activated Antibodies for Tumor Treatment (CEACAM)

Application: Our innovation: A new anti-Ceacam1 mAb for treatment of tumors. The anti-Ceacam1 antibody directly activates the Ceacam1 receptor expressed on the tumor cells and induces their apoptosis. Advantages: Opportunity:...
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  • Category: Pharmaceuticals
  • Keywords: HC - Antibodies & Biologics, HC - Oncology & Immunotherapy

Leader Research:

Prof. Francesca Levi-Schaffer

School of Medicine - IMRIC

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