About Us
Founded in 1944, the American Committee for the Weizmann Institute of Science develops philanthropic support for the Weizmann Institute in Israel, and advances its mission of science for the benefit of humanity.
Dec 05, 2019...
Distinct stink: Mice missing a key autism gene respond similarly to nonsocial and social smells. (Shutterstock)
Neurons in mice that lack an autism gene called CNTNAP2 do not differentiate well between social and nonsocial smells, according to a new study1. These neurons are located in the prefrontal cortex — a brain region that controls social behavior — and fire haphazardly.
The findings suggest that these differences drive the social problems in the mice and perhaps in autistic people with mutations in the gene. The results appeared 25 November in Nature Neuroscience.
Mar 09, 2020...
JERUSALEM, Feb. 24 (Xinhua)— Israeli scientists found that short-term acute inflammation in the mother's body during pregnancy can cause autism to the embryo, said Weizmann Institute of Science (WIS) in central Israel on Monday.
Signs of autism usually appear around two or three years old, but it is considered a neurodevelopmental disease, which suggests that changes could already be “brewing” in the embryonic brain.
Jan 22, 2020...
Israeli scientists have discovered the effect of a gene in causing epilepsy and autism, which may lead to new therapies, the Weizmann Institute of Science (WIS) reported Thursday.
In a study published in the journal Nature Communications, the WIS researchers examined a non-coding gene, which is not translated into protein but replicated into control molecules.
The researchers found that by releasing the grip of this gene from another gene that produces proteins, the genetic defect responsible for these diseases can be corrected.
Jul 26, 2021...
Ofer Yizhar photographed war zones before he ever imaged a mouse brain.
Today, the former documentary photographer in the Israeli army is professor of neurobiology at the Weizmann Institute of Science in Rehovot, Israel, where he builds tools — such as engineered proteins and neural probes — to manipulate and monitor neural circuits using pulses of light.
Yizhar works at the forefront of a type of neurotechnology called two-photon optogenetics that enables researchers to stimulate and monitor neural circuits at the same time, including in moving mice. He uses this technology to study the neural circuits underlying autism and other complex conditions.
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