The decoded Neurospora genome shows that humans share genetic similarities with the common bread mold, with around 10,000 genes. This discovery could lead to advances in genetic-based medical treatments and the development of new materials.
A team of archaeologists has confirmed the historicity of King Solomon's reign, citing evidence from excavations at Tel Rehov in Israel. The findings, published in Science magazine, provide a strong anchor for dating other sites with similar material culture to the time of the United Monarchy.
Hebrew University scientists have created a new type of enzyme electrode that uses gold nanoparticles to detect glucose in the blood. This technology offers more sensitive and specific measurements than existing techniques, with potential applications for diabetes treatment and implantable biofuel cells.
Researchers found naturally occurring fungi effective in controlling plant mites and powdery mildew diseases without chemical pesticides. This breakthrough reduces costs and environmental damage associated with traditional pest control methods.
Researchers at Hebrew University have developed a novel technique that uses an engineered virus to induce cancer cells to activate PKR protein, causing them to self-destruct. This innovative approach has shown promising results in halting the spread of brain tumors and offers a new direction for cancer treatment.
A study by Prof. Kerem and Asaf Hellman found that chemotherapy drugs can cause chromosomes to break at specific regions, known as fragile sites, potentially leading to cancer growth. The research creates a better understanding of how cancer drugs work, paving the way for more effective treatments.
Researchers have discovered the remains of seven types of edible nuts and stone tools used to crack them open at the Gesher Benot Ya'aqov site. The findings suggest that hominins in the region had a diverse diet, including nuts with high nutritional value.
Hebrew University and Ben-Gurion researchers found that stress causes a shift in gene products, resulting in an oversensitive electrical response in neurons. This could lead to improved treatment options for patients taking drugs that affect the nervous system.