Biological pathways

Link to the image of the spinal cords (photo: Dr. Linor Alfahal, from the journal Cell (Reports Medicine. On the left - a section of the spinal cord of a mouse expressing the disease without treatment, and on the right a section of the spinal cord of a mouse expressing the disease and treated with MIF:

An innovative approach to ALS disease: increasing MIF protein levels in nerve cells

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An international study by Ben-Gurion University of the Negev in collaboration with colleagues from Germany, the USA and Canada, delved into the potential of increasing protein levels (MIF) as a new approach to dealing with muscular dystrophy (ALS). The findings of the innovative study have been published
"Super-pathways" in the PathCards online database: the map of human biological pathways - each vertex symbolizes a biological pathway, and each connecting line symbolizes a connection between pathways. The colors symbolize the sources from which the routes are taken. Each linked group constitutes a super-pathway, which groups together several closely related pathways, and enables a more efficient study of biological pathways from several different sources. Illustration: Prof. Doron Lantz

Kindergartens also have social networks

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