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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: Keren-Or Amar
Molecular Biology (31)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

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Keren-Or Amar
VP, Business Development, Healthcare
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