Scientist

Responsibilities:

• Review and evaluate AI-generated responses in biology and chemistry for accuracy, clarity, and alignment with scientific standards.
• Create and refine prompts, datasets, and evaluation criteria to enhance model understanding of complex scientific topics.
• Provide structured feedback and qualitative assessments to support model training and continuous improvement.

Key Achievements:

• Contributed to improving the accuracy and reliability of AI models used in life science research and education.
• Developed clear, high-quality annotations and evaluations recognized for consistency and scientific depth.
• Leveraged extensive background in experimental biology to ensure feedback was grounded in real-world research practices.

Impact:

• Helped enhance the model’s ability to produce scientifically sound, contextually appropriate, and user-friendly content.
• Supported the development of more trustworthy and practical AI tools for biological and chemical applications.

Main projects:

• Canagliflozin as a promising anti-androgen treatment for prostate cancer
• Canagliflozin in combination with radiotherapy to improve prostate cancer and lung cancer treatments
• PSMA PET as a radiotherapy response assessment tool in metastatic prostate cancer at Juravinski Cancer Centre

Skills:

• In vitro; cell culturing; BLV2; in vivo; mouse xenografts
• RNA-seq analysis; bioinformatics; drug discovery and molecular docking
• Surface plasmon resonance (SPR); CESTA; q-RT-PCR; western blot; flow cytometry; Seahorse assay; ELISA; spectrophotometry; IHC; lentiviral shRNA knockdown; siRNA knockdown

Main project: The roles of H₂S on hepatic acetyl-CoA and liver lipid metabolism in the Cardiovascular & Metabolism Research Unit (CMRU).

Skills:

• In vitro cell culturing; animal model of CSE knockout; IHC; q-RT-PCR; western blot
• Biochemical analysis; atomic absorption spectrometry; spectrophotometry; fluorescence spectroscopy

• Bioequivalence Center, Faculty of Pharmacy

• Skills:

• HPLC; gas chromatography; spectrophotometry; in vivo mouse module