Research
Research groups
Publications
40 publications
Page 3 of 4
Gyanendra P Dubey,
Ganesh Babu Malli Mohan,
Anna Dubrovsky,
Shai Tsipshtein,
Alex Rouvinski,
Alex Rosenberg,
Daniel Kaganovich,
Eilon Sherman,
Ohad Medalia,
& Sigal Ben-Yehuda
, 2016
, Developmental Cell
, 36 (4) , 453--61
Type: article
Rachel Brown,
& Daniel Kaganovich
, 2016
, Cell
, 166 (4) , 797--799
Type: article
D.F. Lázaro,
T.F. Outeiro,
& D. Kaganovich
, 2015
, Israel Journal of Chemistry
, 55 (11-12) , 1252--1259
Type: article
Sundararaghavan Pattabiraman,
& Daniel Kaganovich
, 2015
, Bioarchitecture
, 4 (6) , 203--9
Type: article
,
Ofer Moldavski,
Smadar Levin-Zaidman,
Miriam Eisenstein,
Ilana Rogachev,
Alexander Brandis,
Daniel Kaganovich,
& Maya Schuldiner
, 2015
, Developmental Cell
, 33 (5) , 603--10
Type: article
Kelly P Brock,
Ayelet-chen Abraham,
Daniel Kaganovich,
& Jeremy L England
, 2015
, Structure
, 23 (7) , 1169--78
Type: article
& Daniel Kaganovich
, 2015
, Cellular and Molecular Life Sciences
, 72 (3) , 401--415
Type: review
Sandra Tenreiro,
Madalena M Reimão-Pinto,
Pedro Antas,
José Rino,
Donata Wawrzycka,
Diana Macedo,
Rita Rosado-Ramos,
Triana Amen,
Meytal Waiss,
Filipa Magalhães,
Andreia Gomes,
Cláudia N Santos,
Daniel Kaganovich,
Tiago Fleming Outeiro,
&
, 2014
, PLoS Genetics
, 10 (5)
Type: article
Pamela S Gallagher,
Michelle L Oeser,
Ayelet-chen Abraham,
Daniel Kaganovich,
& Richard G Gardner
, 2014
, Cellular and Molecular Life Sciences
, 71 (10) , 1865--79
Type: review
,
Mikołaj Ogrodnik,
Hanna Salmonowicz,
Rachel Brown,
Joanna Turkowska,
Władysław Średniawa,
Sundararaghavan Pattabiraman,
Triana Amen,
Ayelet-chen Abraham,
Noam Eichler,
Roman Lyakhovetsky,
& Daniel Kaganovich
, 2014
, Proceedings of the National Academy of Sciences
, 111 (22) , 8049--54
Type: article
Pagination
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.