Dynamic researcher with extensive experience in gene therapy at CNC-UC, specializing in AAV vector efficiency. Proficient in advanced molecular cloning and transfection techniques, complemented by strong analytical skills. Recognized for contributions to CRISPR-based gene activation projects, demonstrating a commitment to innovative therapeutic development and effective collaboration in high-stakes environments.
Laboratory techniques mastered and autonomous:
Internship in the Vectors, Gene and Cell Therapy group, Centre for Innovative Biomedicine and Biotechnology (CiBB). Development of the experimental work leading to my Master's Thesis entitled "CRISPR-based gene activation for the study and treatment of MJD/SCA3" under the guidance of Rui Nobre, PhD; Professor Luís Pereira de Almeida, PhD (research group leader) and Diana Lobo, PhD student.
Internship in the Metabolic Control group, Center for Neuroscience and Cell Biology - University of Coimbra (CNCUC). Development of the experimental work leading to my Bachelor's project entitled "Carbohydrated metabolism in Amazon tambaqui (Colossoma macropomum): Sources of Hepatic Glycogen" under the guidance of Ivan Viegas, PhD;
Cell Culture:
- Extensive experience in maintaining cell lines and primary cells under sterile conditions in BSL2/GMP-like laboratory environments
Transfection:
- Proficient in developing and optimizing transfection protocols using reagents such as PEI
- Strong hands-on experience in delivering nucleic acids into various cell types in vitro
Viral and Non-Viral Applications:
- In-depth knowledge of safe handling practices for both viral (AAV, lentivirus) and non-viral delivery systems
- Skilled in using AAVs and lentiviral vectors to transduce cell lines such as HEK293T
Nucleic Acid and Particle Characterization Techniques:
- Familiar with the use of Nanodrop for the assessment of DNA and RNA concentration and purity
qPCR and Western Blotting:
- Solid experience in performing PCR and qPCR, as well as protein extraction, quantification, and analysis via Western blotting using samples from cells and animal tissues
Histological Techniques and Advanced Microscopy:
- Hands-on experience with immunohistochemistry protocols applied to brain tissue, including antibody optimization for both fluorescent and chromogenic labeling
- Proficient in operating advanced imaging platforms, including high-resolution and high-throughput microscopy systems (eg, Cell Discoverer)
- Skilled in image analysis using both fluorescence and brightfield microscopy, with experience in software such as Zeiss ZEN, QuPath, and ImageJ
Involvement in Advanced Therapy Development:
- Active contributor to the development of advanced therapeutic approaches through collaboration with ViraVector@UC, a national research infrastructure that provides expert support for the safe implementation of vector-based technologies and offers tailored design and production of various viral vectors to serve the research community and other partners
ZEISS CellDiscoverer7 Image training