The oral cavity is a unique organ and an entry gate to the whole body. The oralgerd project aims at developing a generic electronic intra-oral technological platform attached to a tooth for various applications such as gerd diagnostics, drug delivery, body health monitoring, and more.
Human recombinant fsh will be expressed in engineered yeast cells and purified to homogeneity to meet fsh quality currently marketed. The unique feature of the project is a cost-effective process of human glycosylation and sialylation of fsh, driven by human genes, in a non-human organism.
A recombinant protein purification platform based on cim(r) convective interaction media monolith technology will be developed to significantly decrease protein purification time and costs. The project will result in novel, technical, superior products and services and lower production costs.
Development of rapamycin eluting stents based on crystallization of the drug onto stent surface aims to develop a crystalline carrier-free coating of rapamycin onto stents which will keep the original metallic stent in the body after the drug has been released
The need of growth systems capable of growing cells in physiological 3d culture for therapeutic applications is rapidly increasing. The purpose is the development of novel technology that will allow the growth of 3d cells & tissue cultures in disposable controlled bioreactors system.
This project aims at developing a novel point-of-care diagnostic device for the alzheimer's disease. Ihd's innovative diagnosis based on fluorescent probes and pixcell's unique microfluidics technology provide an optimal combination for developing such a device.
Development of an innovative endoscopic tool with a diameter of approximately 2 mm for use in tooth implantation procedures in the upper jaw.
A robotic cradle that moves head and neck gently along a predefined 3d course,reducing neck muscle contraction, alleviating pain & increasing the neck's range of motion. It is equipped with teach & repeat mode, which allows the therapist to tailor treatment according to each patient's needs.
This project aims to develop a multi-parametric functional imaging method by integrating signals from whole brain mapping via meg (finland) and simultaneous eeg-fmri (israel). The new tool will enable a concise functional network signaturing, thus improving brain-based diagnosis and treatment.
Samba is an integrated drug discovery project that combines state-of-the-art molecular biology, informatics and medicinal chemistry methods to develop optimized pre-clinical candidates against alzheimer disease acting as inhibitors of bace-1 and acetylcholinesterase.