institute of molecular cancer research msc ...78cb01f5-4fea-4ec2-84ce...msc/diploma position dna...

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Molecular characterization of new Homologous Recombination factors during DNA replication stress Growing evidence suggests that replicative stress-induced genomic instability underlies the cancer predisposition in individuals with sporadic or hereditary mutations in specific Homologous Recombination (HR) and Fanconi Anemia (FA) genes, besides their well-established role in Double- Strand Break (DSB) and interstrand- crosslink (ICL) repair. The student will join a group of 10 researchers and – under the direct supervision of a postdoc - will focus on investigating the molecular role in replication stress of new HR factors, recently identified by a high-content microscopy-based genetic screen. The student will learn and perform independently a number of different approaches, ranging from standard molecular and cell biology methods to more specialized techniques such as Quantitative Imaging-based Microscopy (QIBC), in vivo DNA labelling and chromosome spreading, and Electron Microscopy of replication intermediates. Institute of Molecular Cancer Research 24h Cdc25A Application: [email protected] Send brief motivation letter + CV Starting date: September 2016 Duration: 12 months www.imcr.uzh.ch MSc/Diploma position DNA Replication and Genome Instability Group Prof. Massimo Lopes

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Page 1: Institute of Molecular Cancer Research MSc ...78cb01f5-4fea-4ec2-84ce...MSc/Diploma position DNA Replication and Genome Instability Group Prof. Massimo Lopes . Universität UZH Zürich

Molecular characterization of new Homologous Recombination factors during DNA replication stress

Growing evidence suggests that replicative stress-induced genomic

instability underlies the cancer predisposition in individuals with sporadic

or hereditary mutations in specific Homologous Recombination (HR) and Fanconi Anemia (FA) genes, besides their well-established role in Double-Strand Break (DSB) and interstrand-

crosslink (ICL) repair.

The student will join a group of 10 researchers and – under the direct

supervision of a postdoc - will focus on investigating the molecular role in

replication stress of new HR factors, recently identified by a high-content microscopy-based genetic screen.

The student will learn and performindependently a number of different approaches, ranging from standard

molecular and cell biology methods tomore specialized techniques such as

Quantitative Imaging-based Microscopy(QIBC), in vivo DNA labelling and

chromosome spreading, and ElectronMicroscopy of replication intermediates.

Institute of Molecular Cancer Research

24h Cdc25A

Application: [email protected] brief motivation letter + CV

Starting date: September 2016

Duration: 12 months

www.imcr.uzh.ch

MSc/Diploma positionDNA Replication and Genome Instability Group

Prof. Massimo Lopes