Based on anima's protein synthesis monitoring (psm) technology we will develop assays for measuring local protein synthesis in neurons, aiming to characterise the autism spectrum of disorders (asd). Success can lead to a novel tool for studying a range of neuronal disorders.
The home pregnancy examiner (hope) is the first product to provide a comprehensive solution for daily tracking of all four vital measurements (ecg, fhr, fetus mobility and uterine contractions) from the comfort of the expecting mother’s home or on the go.
Development of kits and protocols for targeted next generation sequencing of 58 genes carrying potential deleterious mutations linked to breast/ovarian cancers and congenital myasthenic syndromes. Target-specific data analysis methods will be developed and validated for specificity and sensitivity.
Optimed will develop an innovative intraoral drug delivery system. The system is aimed at reaching stabilized and adjustable circulating l-dopa levels in parkinson’s disease patients, thus maximizing symptomatic benefit and minimizing motor complications and medication side-effects.
To develop a health monitoring device integrating: the world's first proven technology for noninvasive monitoring of hemoglobin for anemia diagnosis and hemorrhage detection; additional parameters (heart rate,oxygen saturation,temperature); finger based blood pressure sensor; remote monitoring.
The project is focused on the use and medical application of antisense oligonucleotides, which selectively target expression of the genes encoding enzymes for synthesis of polysaccharides within streptococci in order to inhibit the formation of biofilm.
This project will utilize innovative peptide design technology, unique peptide synthesis and modification capabilities and specialized activity testing models for the generation of innovative toll-like receptor antagonists and agonists. These will be used as both, research tools and drug candidates.
To discover and develop a natural product for the management of a specific plant disease - "fire blight" - offering an alternative or complementary approach to the use of chemical control.
A study to develop a device & algorithm to analyze oxidative stress & proteomic profile in a ivf laboratory and investigate and validate the use of both as biomarkers for embryo viability in human ivf and its use as an additional markers to the existing morphokinetics markers provided by time lapse
Aim of the project is to find markers of response of a potential treatment of nash like aramchol through metabolomic signature study of the serum of the patients participating in phase iib double blind, randomized clinical trial.