Interactive & Student-Centered Learning
My lessons are designed to be dynamic, engaging, and tailored to your goals. Whether you’re an undergraduate exploring biotechnology or a graduate student diving into advanced research, I prioritize:
Conceptual Clarity: Breaking down complex topics (e.g., CRISPR, RNA-seq, cancer biomarkers) into digestible modules with real-world applications.
Hands-On Tr...
Interactive & Student-Centered Learning
My lessons are designed to be dynamic, engaging, and tailored to your goals. Whether you’re an undergraduate exploring biotechnology or a graduate student diving into advanced research, I prioritize:
Conceptual Clarity: Breaking down complex topics (e.g., CRISPR, RNA-seq, cancer biomarkers) into digestible modules with real-world applications.
Hands-On Training: Lab simulations, data analysis workshops, and protocol design—because science is best learned by doing.
Critical Discussions: Debate recent papers, troubleshoot research challenges, and brainstorm innovative solutions.
Content & Format
Lectures: Structured yet flexible, blending theory (e.g., molecular genetics, nanomedicine) with case studies from my own research (e.g., Artemisia transformation, FISH diagnostics).
Practical Sessions: Step-by-step guidance on techniques I’ve mastered:
CRISPR (gene editing in plants/bacteria).
Omics Technologies (RNA-seq, single-cell analysis).
Cancer Biology (cell line assays, flow cytometry).
Mentorship: Regular feedback on your projects, from hypothesis design to manuscript drafting.
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