Q1: Why does Moitra compare DNA specifically to the Mona Lisa, and not another famous painting? A: Moitra chooses the Mona Lisa because of its dual nature. On the surface, it is a straightforward portrait. But beneath, it contains layers of sfumato (smoky shading), hidden landscapes, and a smile that changes with the viewer’s perspective. Similarly, DNA appears to be a simple chemical ladder (A-T, C-G). However, beneath that structure lie layers of regulatory code, non-coding RNA, and epigenetic markers that change depending on how you look at them.
Q2: What is the “answer” to the mystery of the molecule’s stability? A: Moitra answers this via the concept of redundancy and repair. Unlike a painting that degrades over time, DNA has built-in proofreading enzymes (DNA polymerases) and repair mechanisms (like base excision repair). The “answer” is that life’s blueprint survives not because it is immune to damage, but because it has evolved a microscopic restoration team that works every second. answers to the mona lisa molecule by karobi moitra work
The core question of the text asks why we would compare a microscopic molecule to a Renaissance painting. The answer lies in value, uniqueness, and structure. Q1: Why does Moitra compare DNA specifically to
Q: Is the “Mona Lisa molecule” a real thing?
A: No – it’s fictional, but it represents an idealized, perfect drug candidate. But beneath, it contains layers of sfumato (smoky
Q: Why is the book titled The Mona Lisa Molecule?
A: Because the molecule is beautiful, rare, and priceless – like da Vinci’s painting.
Q: What is the main ethical dilemma in the story?
A: Whether to falsify or withhold data to secure funding or a publication.