Roser Montañana-Rosell

• Presentation
• CV
• Research outputs

CURRENT POSITION

PhD fellow - Kiehn & Allodi Laboratories, University of Copenhagen, Denmark

 

EDUCATION

On-going:   PhD in Neuroscience - University of Copenhagen, Denmark

2016:   MSc in Biomedicine - University of Southern Denmark, Denmark

2014:   BSc in Biochemistry and Biomedical Sciences - Universitat de València, Spain

 

RESEARCH EXPERIENCE

Mar 2019 - Feb 2020:   Research Assistant - Kiehn Laboratory, University of Copenhagen, Denmark

Feb 2017 - Feb 2019:   Research Assistant - Goldman Laboratory, University of Copenhagen, Denmark

Sep 2015 - Sep 2016:   Master thesis student - Kjems Laboratory, Aarhus University, Denmark

Feb 2015 - Jun 2015:   Intern student - Owens Laboratory, University of Southern Denmark, Denmark

Jun 2014 - Aug 2014:   Intern student - Flames Laboratory, Instituto de Biomedicina de Valencia IBV-CSIC, Spain

 

EXTERNAL RESEARCH GRANTS

2018:   Louis-Hansen Fonden, 225.000 DKK

 

TEACHING & SUPERVISION

Teaching assistant:

2022:   "Animal models of disease and behavioral analysis" PhD course, Locomotor assessment practicals - University of Copenhagen, Denmark

2021, 2022:   "Advanced Cell Biology" MSc course, Practical course - University of Copenhagen, Denmark

2020, 2021, 2022:   "Neuroscience I - Cells and circuits" MSc course, Animal models in motor function practical - University of Copenhagen, Denmark

2020:   "Neuronal Signaling" MSc course, Neuroanatomy practical - University of Copenhagen, Denmark

Co-supervision:

2022 (on-going):   Dana Blenda Ahlmark, MSc in Neuroscience - University of Copenhagen, Denmark

2021:   Kevin Weng, BSc in Machine Learning and Computer Science - University of Copenhagen, Denmark

 

RELEVANT SCIENTIFIC SKILLS

Animal manipulation of rodents (FELASA ABD certificate no. ABD-F032/10/21-8), maintenance of transgenic colonies, handling of ALS and PD models, microsurgery (neonatal and adult), phenotyping and genotyping, behavioural testing and locomotor analysis, non-invasive analysis with IVIS. DNA and RNA handling, spatial transcriptomic techniques including RNAscope in situ hybridization, CARTANA/10X Genomics in situ sequencing, and Nanostring spatial profiling. Primary and stem cell culture, in vitro differentiation of stem cells. Conventional histology. Flow cytometry. Imaging and data analysis, R programming.