Malak Nasr

EDUCATION

College / University

Zewail City of Science and Technology

Highest Degree

Bachelor of Science

Major Subjects

Biological Sciences - Molecular, Cell and Computational Biology

64285-1 Nasr

Country

Egypt

Lab Experience

Wet Lab: Molecular,Cell-Culture and genetic techniques including but not limited to CRISPR, Mitochondrial extraction from yeast, in-vitro assays, Gibson cloning, spotting assay and western blotting, RT-qPCR, conventional PCR and DNA and RNA
Dry Lab: Worked with Python, C++, R, SQL, LaTeX, SPSS and PyMOL

Projects / Research

  • 2021 – 2023: The effect of varying nanomaterials in detecting Vitamin D and paraoxon using nanomaterial-based biosensors (research project). German Egyptian Research Fund Project, Zewail City
  • 2022: Investigating the role of DDIT4 in neurodegenerative disease by generating CRISPR knockout cell lines (Bachelor's thesis project). Center for Genomics, Zewail City
  • 2022: Behavioral research project to study grooming imitation and mirror-specific behavior on Drosophila melanogaster using state-of-the-art automated setups and analysis tools using a combined genetic and electronic approach. Ramdya Neuroengineering Lab, EPFL
  • 2021 – 2022: Performed a genetic screen to identify novel genes that counteract dipeptide repeat toxicity associated with neurodegenerative diseases such as Amyotrophic Lateral Sclerosis. Center for Genomics, Zewail City
  • 2021: Center of Excellence for Stem Cells, Zewail City

Scholarships / Awards

2023 – 2025: Erasmus Mundus Joint Master Degrees (EMJMD) scholarship
2022: Scholarship from Swiss Federal Institute of Technology Lausanne for internship in NeuroEngineering Ramdya Lab
2019: Scholarship from Zewail City of Science and Technology for Bachelor’s Degree in Biomedical Sciences

SCIENTIFIC INTERESTS AND GOALS

Though I remain wary of committing myself prematurely to a specific topic of research, I am eager to further pursue questions of how complex behavior is generated. Moreover, on the long-term, I am interested in embracing joint genetics, behavioral and molecular and systems approaches while making use of computational tools to facilitate analyses in order to both model the complexity of the brain and elucidate the mechanisms by which complex thought, emotion and behavior are conducted and genetically encoded.