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Prof. Ophry Pines

Researcher interests: subcellular targeting, translocation across membranes, folding and subcellular distribution of proteins in yeast as a model for eukaryotic cells.phenomena of dual targeting and localization of proteins.
FACULTY / SCHOOL: School of Medicine - IMRIC
Contact Business Development: Shani Bullock
Molecular Biology (32)Microbiology (24)Molecular genetics (14)

Selected Publications

chew kiat heng, claudia donnini, denise limeng goh, enrico baruffini, furene sijia wang, huilin chin, Ophry Pines, stacey kiat hong tay
a combination of two novel vars2 variants causes a mitochondrial disorder associated with failure to thrive and pulmonary hypertension (2019)| Journal of Molecular Medicine| Read more
barbara knoblach, bram stynen, dan davidi, doron rapaport, ehud sass, einat zalckvar, emmanuel d levy, felix boos, ido yofe, jacqueline kowarzyk, janani natarajan, janina laborenz, johannes m herrmann, kiril kniazev, maya schuldiner, nofar harpaz, omer goldman, Ophry Pines, reut benmenachem, richard a rachubinski, shifra bendor, silvia g chuartzman, stephen w michnick, uri weill, zohar avihou
author correction genome wide swap tag yeast libraries for proteome exploration (2019)| Nature Methods| Read more
barbara knoblach, bram stynen, dan davidi, doron rapaport, ehud sass, einat zalckvar, emmanuel d levy, felix boos, ido yofe, jacqueline kowarzyk, janani natarajan, janina laborenz, johannes m herrmann, kiril kniazev, maya schuldiner, nofar harpaz, omer goldman, Ophry Pines, reut benmenachem, richard a rachubinski, shifra bendor, silvia g chuartzman, stephen w michnick, uri weill, zohar avihou
genome wide swap tag yeast libraries for proteome exploration (2018)| Nature Methods| Read more
Sigal Ben-Yehuda, Esti Singer, Ophry Pines, sigal benyehuda, yardena bh silas
bacterial fumarase and l malic acid are evolutionary ancient components of the dna damage response (2017)| eLife| Read more
Sigal Ben-Yehuda, Esti Singer, Ophry Pines, sigal benyehuda, yardena bh silas
author response bacterial fumarase and l malic acid are evolutionary ancient components of the dna damage response (2017)| | Read more
aviva fattalvalevski, Avraham Shaag, dror mandel, ganit elmaliach, hila eliyahu, moran hausmankedem, nitai d fraenkel, orly elpeleg, Ophry Pines
homozygous mutation p pro304his in idh3a encoding isocitrate dehydrogenase subunit is associated with severe encephalopathy in infancy (2017)| Neurogenetics| Read more
Ophry Pines, reut benmenachem
detection of dual targeting and dual function of mitochondrial proteins in yeast (2017)| | Read more
Bella Kalderon, ettel bubis, gleb kogan, Ophry Pines
cytosolic hsp60 can modulate proteasome activity in yeast (2015)| Journal of Biological Chemistry| Read more
efrat burak, Ohad Yogev, ora schuelerfurman, Ophry Pines, shimon sheffer
evolving dual targeting of a prokaryotic protein in yeast (2013)| Molecular Biology and Evolution| Read more
Esti Singer, Michal Goldberg, Ohad Yogev, Orli Yogev, Ophry Pines, Eitan Shaulian, thomas d fox
fumarase a mitochondrial metabolic enzyme and a cytosolic nuclear component of the dna damage response (2010)| PLOS Biology| Read more
israel goldberg, j stefan rokem, Ophry Pines
organic acids old metabolites new themes (2006)| Journal of Chemical Technology & Biotechnology| Read more

Contact for more information:

Shani Bullock
VP, Business Development, Healthcare
+972-2-6586608
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