Decoding the biological secrets of cancer resistance and the "Guardian of the Genome."
Mathematically, the larger an organism is and the more cells it possesses, the higher the probability of oncogenic mutations. However, elephants—despite having 100x more cells than humans—rarely develop cancer. This biological contradiction is known as Peto's Paradox.
Compare how a human cell vs. an elephant cell reacts to critical DNA damage.
Analyzing the genomic architecture of Proboscideans to understand the evolutionary pressure that led to TP53 multiplication.
Studying the hyper-sensitivity of elephant cells to DNA breaks, which triggers immediate programmed cell death (Apoptosis) rather than risky repair.
Applying the "Redundancy Logic" to human oncology to develop synthetic biological circuits that enhance cancer resistance.