Applied Microbiology · 4th Semester · Buildathon Entry

Why Can't
Humans Regenerate?

A lizard dropped its tail. I was five.
That question never left. Now I study the microscopic world to find an answer.

✦ Hire me on Contra ✦
IVSemester
6+Lab Techniques
1Real Question
AUTOTOMY

A childhood
observation

My mom told me it would grow back. But I wanted to know how.

Autotomy. The deliberate self-amputation of a limb to escape a predator. The lizard's body already knows how to handle it — nerve signals, blood clotting, cellular signalling cascades, all in milliseconds.

That answer was not enough. It never has been. I enrolled in Applied Microbiology to find a better one.

01

Aseptic Technique & Sterile Culture

Preventing contamination — the first rule of the lab.

02

Gram Staining & Microscopic Morphology

Differentiating bacteria by cell wall structure.

03

Pure Culture Isolation

Separating a single species from a mixed sample.

04

Biochemical Identification Tests

Using metabolic fingerprints to name the unknown.

05

DNA Extraction & RNA Extraction

Pulling genetic code from cells to study life.

06

Antimicrobial Susceptibility Testing (Kirby-Bauer)

Measuring which antibiotics stop the growth.

Stem cells? Organ-specific cancer? Regeneration pathways? Genomic instability? Mitochondrial signals?

Not because I have answers. Because I ask the right questions.

"If a lizard can rebuild a limb,
why can't we?"

Still looking. Still asking. Still in the lab.