Hi, I'm Mustafa Yigit Dereli. I focus on structural oncology, exploring DNA repair mechanisms and leveraging computational frameworks to model complex biological systems.
Driven by a deep curiosity about cancer dynamics, my work operates at the intersection of oncology and computer science. I specialize in looking at how genomic instability can be analyzed through data-driven methodologies.
By integrating molecular protocols with advanced computing, I aim to uncover patterns in tumor suppressor pathways—specifically focusing on mechanisms that dictate therapeutic resistance and cellular recovery.
My academic foundation is built upon structured scientific exploration, pairing early institutional studies with practical research laboratory methodologies.
Core scientific education, setting the fundamental paradigms for subsequent molecular exploration.
Engaged in structural alignment, molecular pathways simulation, and advanced algorithmic data logic.
Simulating intracellular signaling networks and analyzing genetic expression data to map out cellular responses within mutating environments.
Investigating structural biology datasets to interpret how molecular components identify, isolate, and mend double-strand breaks in cellular DNA.