Mammalian embryos develop inside the uterine environment, making them inaccessible for direct monitoring and perturbations. Therefore, the full in-depth understanding of the developmental process that occurs post embryo implantation in the uterus remains limited. The lab of Prof. ... Read more

Many newly developed anti-cancer treatments rely on identifying cancer unique signatures that can be used to harness the immune system against the tumor. ... Read more

delivery and activation of drugs or probes is of great importance in therapeutics, diagnostics, and research. For instance, selective delivery/activation of anti-cancer drugs to tumor cells is crucial for their efficacy and reduced side effects. ... Read more

Traceless covalent modification of proteins, including joining peptides or adding chemical groups, is extremely useful for numerous applications in chemical biology, protein chemistry, and biotechnology. ... Read more

Technologies that target cells or modify their behavior are of great interest to improve diagnostic, therapeutic, and imaging platforms. ... Read more

A rapid, label-free biosensor for detecting specific conformation of His-tag labeled proteins, accessible for use in both academic- and commercial-R&D was invented at the Weizmann Institute of Science. ... Read more

This technology provides a method to identify the full landscape of proteins that are actively being degraded by the proteasome, offering a way to identify novel targets in various biological conditions and contexts. ... Read more

Sensing the levels of protein-based biomarkers in biological samples is crucial for diagnosis of various diseases including cancer. ... Read more

Synthetic genes are commonly used in academic and industrial applications, however in many cases these said genes can be toxic when inserted into the ubiquitously used E. coli. This is problematic as time and money is wasted on attempts to generate genes that will not function in E. coli. ... Read more

A new technology developed by a group of researchers from the Weizmann Institute is a nanoscale sensor-on-tip for local magnetic signals and thermal dissipation with state-of-the-art sensitivity and spatial resolution. ... Read more