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Maya Schuldiner

Mitochondria (red) gather around the nucleus (green) as seen under a fluorescence microscope
15.02.2022

A new study reveals a novel molecular tethering machinery that allows mitochondria and the nucleus to exchange goods and valuable information

peroxisomes
19.11.2020

Competition for treatment in a cellular organelle may be decided on the basis of need

Prof. Maya Schuldiner
02.09.2020

Prof. Maya Schuldiner has been elected as a member of the National Academy of Sciences in Germany, Leopoldina

Urin Weill
16.08.2018

A new method helps researchers understand how the "moving parts" of a cell function

Microscope image of a yeast cell showing how close mitochondria (red) are to peroxisomes (blue) and the contact sites that hold them together (green)
25.06.2018

Weizmann researchers identify new ties between the parts of a cell: physical connections that are vital for health

Prof. Maya Schuldiner
11.07.2017

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Snd2 was tagged with a green fluorescent protein, and the endoplasmic reticulum was marked with a red fluorescent protein. The overlap between the green and red microscopy signals indicates that the newly discovered Snd2 is a receptor on the endoplasmic reticulum membrane.
22.01.2017

A newly discovered “shuttle” for proteins is a “safety net” for vital communication between cells

Profs. Michal Sharon, Maya Schuldiner and Nirit Dudovich
11.07.2016

A new course helps women through a difficult point in their careers

Prof. Maya Schuldiner and fluorescent cells
22.02.2016

Stuck proteins may contribute to aging

Starving yeast cells
06.10.2015

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