Computational biology

Bats in a traffic jam: This is how they manage to avoid colliding with each other during the mass exit from the cave

New research led by Tel Aviv University reveals how bats change their echolocation patterns when leaving the cave and maneuver with amazing skill even when surrounded by tens of thousands of their friends — without air crashes
Left: cells with a mutant FUS protein that causes accumulations (in green) and leads to ALS disease. Right: the cells with the protein/chaferon (in pink) that manages to prevent the accumulations

fight degenerative diseases

The proteins and mechanisms required to fight the protein accumulations that lead to neurodegenerative diseases have been identified
Disease at first glance: when a cell of the immune system (macrophage, in blue) meets a bacterium (in red), what happens in the first 48-24 hours is crucial

An algorithm that may predict the chance of contracting tuberculosis

New models based on deep learning predict the interactions between atoms in organic molecules. These models will help computational biologists and drug developers understand diseases and treat them more efficiently. Courtesy of University of Florida

Artificial intelligence and quantum mechanics will help discover drugs

Illustration of acetylcholinesterase. Source: pdb101.

between calculation and delay

Huge importance for science, medicine and industry. Prof. Aryeh Warshel (on the right) and Prof. Michael (Michael) Levitt. Photos: Keilana, Catgunhome -- Wikishare

We have a pupa in a test tube

A photograph of a mouse's brain while he was building the world and diagrams of the movement of mice arriving at a new place. Illustration: Tel Aviv University

Why do mice make "bonds" during exploration of a new environment?

Cosmic scene with DNA, stars, solvents and atomic circles in oral flow.

The computer we have in every cell

Cosmic scene with DNA, stars, solvents and atomic circles in oral flow.

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