Israel Active

A new orthodontic system developed by Israeli Aerodentis straightens the teeth through gentle pulsating force, which moves the teeth gradually during sleep. Medical research shows this force is healthier and more efficient than applying constant pressure.

Israeli Yaffa Golan couldn’t find a solution to the foot pain caused by her diabetes, so she invented Medic Shoes - clinically-proven flexible shoes featuring vibrating motors that massage the sole of the foot. They relieve burning, cramping, tingling, circulation and the quality of sleep.

A quarter of a million women die of cervical cancer every year. Israel’s MobileOCT has developed an image enhancement device that can detect early stage cancer. MobileOCT just won a $100,000 investment in an Elevator World Tour event in Tel Aviv.

We reported the amazing optics work of Bar Ilan University Prof Zalevsky back in December. Now his achievements have been recognised by top country in the optical field – Germany.

Thanks to scientists at Hadassah Medical Center, a simple blood test will now detect the presence of harmful BRCA1 and BRCA2 mutations in otherwise healthy women. Gene expression profiling is far quicker, cheaper and more accurate than the previous method of full gene sequencing.

Technion scientists have made a breakthrough that will improve the accuracy and speed of calculating an individual’s genome. A focused low-power green laser slows down the flow of DNA nanopores to enable sensors to get a higher-resolution analysis of the proteins in the DNA.

Israel has participated in an international summit on dementia in London, England, bringing its know-how to bear on a disease that is set to treble globally by 2050.

Thanks to the Israeli-developed Objet30 OrthoDesk 3D printer, small dental labs can now produce stone models, orthodontic appliances, delivery and positioning trays, retainers and surgical guides, which were previously only accessible by large labs.

Researchers at the Hebrew university of Jerusalem and Israeli startup TyrNovo have discovered that a unique compound, named NT219, selectively inhibits the process of aging in order to protect the brain from neuro-degenerative diseases such as Alzheimer’s and Huntington’s.

In May, Tel Aviv University researchers discovered that too much of the “bad” protein Tomosyn led to Alzheimer’s disease in mice. Now they have identified lists of microRNA molecules that regulate proteins that are either good or bad for brain performance.