The decision-maker
A single cell reads its environment and acts on it — dividing, repairing, specializing, or shutting down. That's a lot of computation happening without a brain.
Biology · Molecular Biology · Biotech
Supreeti
Curious mind.
Interested in the machinery of life — from the folding of a single protein to the systems built on top of it.
01 · about
Hi, I'm Supreeti.
I'm interested in biology at every scale — from whole organisms down to the molecules that keep them running. Molecular biology draws most of my attention: how DNA becomes function, how cells make decisions, and how small changes ripple into large effects.
That curiosity extends to biotech — where research turns into tools, therapies, and systems that people can actually use.
- Focus
- Molecular biology & biotech
- Interests
- Cell biology, genetics, applied biotech
- Status
- Always learning, always reading
02 · focus
What I study
ATG — start
Biology
The broad view: how living systems are organized, from single cells to entire ecosystems, and how they stay in balance.
GCT — build
Molecular Biology
The mechanics underneath — DNA, RNA, and proteins, and how information moves through a cell to become a working system.
TAA — stop / apply
Biotech
Where the science turns into something built: tools, diagnostics, and therapies grounded in molecular biology.
03 · why molecular biology
The scale I'm drawn to
cell
molecule
The instructions
DNA, RNA, and proteins are the working parts underneath every cellular decision — a code that gets read, copied, and translated into action.
applied
The translation
Biotech is what happens when that understanding turns outward — into diagnostics, therapies, and tools people can actually use.