Weizmann Institute of Science

Nobel Prize, Israel Prize laureate, Ada Yonath, dies aged 87

Professor Ada Yonath won the Nobel Prize in Chemistry in 2009 and the Israel Prize in Chemistry in 2002. She was born in Jerusalem and worked at Weizmann Institute of Science, Rehovot.

Israeli Nobel laureate Ada Yonath pictured in 2016.
ISRAEL MAKOV at the ‘Viewpoints’ book launch.

Israel Makov opens a window into six decades of collecting and championing Israeli art

ASAPH AHARONI

Climate change is stripping nutrients from food, global study with Israeli expert warns

LIVE IMAGING of ear tissue shows that blocking the Notch pathway disrupts stable cell structure, forcing green supporting cells to transform into red hair cells.

Breakthrough Israeli study finds potential path to reversing hearing loss


Weizmann Institute scientists discover tool for the science of twistronics

The discovery might be essential for emerging technologies because it allows access to an unprecedented spectrum of new quantum interfaces.

 Close-up diagram of the quantum twisting microscope in action. Electrons tunnel from the probe (inverted pyramid at the top) to the sample (bottom) in several places at once (green vertical lines), in a quantum coherent manner

Israeli scientists find combined weight of all bugs on Earth - study

The collective weight of terrestrial arthropods is about 1 billion tons, which is roughly the same as the weight of all people and farm animals on Earth combined.

 A pile of ladybugs (illustrative).

How do violence, trauma survivors develop resilience? - Israeli study

Israeli Weizmann researches examine how some appear scarred for life, while others appear to walk away unscathed.

 When faced by those who abuse their power, intolerance is the proper response (Illustrative for anger).

Israeli researchers develop new process for creating custom enzymes -study

Enzymes that are modified using this process, called the CADENZ Method, could have long-reaching impacts.

An illustration showing four modular enzyme fragments (highlighted) that Weizmann Institute’s CADENZ method can combine to generate active enzymes at a hitherto unseen rate

Intestinal mucus can safely absorb copper into our cells - study

Copper is potentially toxic, but a new study found that one of the functions of intestinal mucus is to deliver it safely to the cells.

 Mucin (magenta) in the inner lining of a mouse colon, viewed under a microscope.

How do viruses outwit cellular immune systems?

Weizmann Institute scientists publish research showing the autonomous immune system that individual bacteria cells have.

 Bacteriophages attacking a bacterium.

Cancerous tumors can contain multiple species of fungi, new study finds

Malignant growths contain multiple species of fungi that differ according to the type of the tumor, according to the research, which has just been published in the journal Cell.

An “archaeological excavation” unearthing fungi within cancerous tumors.

Opium usage dates back to ancient Israel, new study finds

While the world often historically associates the opium trade with the far east, Israeli researchers have found that the highly-potent drug played a major role in biblical times.

 Vessels intended to accompany the dead into the afterlife. These Cypriot jugs and juglets were laid on the deceased. Remains of opium were found in several of the vessels.

Neurons caught rapidly switching gears - study

Weizmann Institute's study suggests neurons are not programmed for a single task, but rather are highly dynamic and agile.

The Egyptian fruit bat. Prof. Nachum Ulanovsky's unique model animal.

A surprising precision weapon against Crohn’s and ulcerative coli

Weizmann Institute of Science researchers found a way to kill inflammation-causing bacteria in the gut that causes inflammatory bowel disease by using viruses that infect them.

 Intestinal lining of mice was damaged when exposed to inflammation-causing bacterial strains (left); the damage was attenuated when the mice were given a 5-phage cocktail targeting these bacterial strains (right)