Research
Research groups
Publications
28 publications
Page 1 of 3
Daniel J. Klionsky,
,
, 2021
, Autophagy
, 17 (1) , 1--382
Type: review
Benjamin Cogné,
Jamal-Eddine Bouameur,
Gaëlle Hayot,
Xenia Latypova,
Sundararaghavan Pattabiraman,
Amandine Caillaud,
Karim Si-Tayeb,
Thomas Besnard,
Sébastien Küry,
Caroline Chariau,
Anne Gaignerie,
Laurent David,
Philippe Bordure,
Daniel Kaganovich,
Stéphane Bézieau,
Christelle Golzio,
Thomas M Magin,
& Bertrand Isidor
, 2020
, European Journal of Human Genetics
, 28 (9) , 1218--1230
Type: article
Shlomi Brielle,
& Daniel Kaganovich
, 2018
, Journal of Genetics
, 97 (3) , 703--713
Type: review
Daniel Kaganovich
, 2017
, Trends in Biochemical Sciences
, 42 (10) , 765--776
Type: review
Rotem Gura Sadovsky,
Shlomi Brielle,
Daniel Kaganovich,
& Jeremy L England
, 2017
, Cell Reports
, 18 (11) , 2795--2806
Type: article
Triana Amen,
& Daniel Kaganovich
, 2017
, Microbial Cell
, 4 (6) , 182--190
Type: article
Pratibha Siwach,
& Daniel Kaganovich
, 2017
, The EMBO Journal
, 36 (12) , 1647--1649
Type: article
Triana Amen,
& Daniel Kaganovich
, 2016
, Microbial Cell
, 3 (3) , 97--100
Type: article
,
Sandra Malmgren Hill,
Xinxin Hao,
Johan Grönvall,
Stephanie Spikings-Nordby,
Per O Widlund,
Triana Amen,
Anna Jörhov,
Rebecca Josefson,
Daniel Kaganovich,
Beidong Liu,
& Thomas Nyström
, 2016
, Cell Reports
, 16 (3) , 826--38
Type: article
,
Michelle L Oeser,
Triana Amen,
Cory M Nadel,
Amanda I Bradley,
Benjamin J Reed,
Ramon D Jones,
Janani Gopalan,
Daniel Kaganovich,
& Richard G Gardner
, 2016
, PLoS Genetics
, 12 (1) , e1005809
Type: article
Biography
The Kaganovich lab is interested in the fundamental question of how cells sense and adapt to stress. The lab investigates this question in neuronal models to understand, among other things, how tissue-specific metabolic changes accompany aging and dysfunction. The Kaganovich lab also used basic cellular models, including yeast, to study cellular aging, and metabolic adaptation. These questions are investigated using super resolution microscopy, 4D live cell imaging, gene editing, live cell proteomics, and live cell metabolic measurements.