Microbiology Discoveries Studio
An interactive hub for exploring key microbiology breakthroughs

Built for microbiology learners to move beyond memorization, this studio lets you step into the landmark experiments and reasoning of Pasteur, Koch, and Fleming through simple, exploratory simulations.

Designed for undergraduate microbiology courses
Focused on scientist contributions and core lab ideas
Click any card to open its simulation in a clean, focused view.
Louis Pasteur • Experiments that shaped germ theory
Pasteur
Pasteurization & microbial control

Adjust time and temperature to balance pathogen kill with flavor and nutrient preservation.

Heat vs safety Visual log-reduction
Pasteur
Fermentation & living yeast

See how yeast convert sugar to CO₂ and ethanol, proving fermentation is a biological process.

Yeast metabolism Substrate → products
Pasteur
Rabies vaccine strategy

Follow attenuation and post-exposure vaccination as a logic chain, not just a story.

Attenuation Risk vs protection
Pasteur
Microscopic observation lab

Practice magnification and focus while bringing rods and cocci into view.

Virtual microscope Hands-on seeing
Robert Koch • Connecting specific microbes to specific diseases
Koch
Koch's postulates

Step through the four criteria linking a microbe to a disease using simple visuals.

Causation logic Great for class discussion
Koch
Staining techniques

Explore how stains increase contrast to reveal pathogens among host cells.

Color cues Concept-first visuals
Koch
Pure culture on agar

See isolated colonies emerge and why they are essential for proof of causation.

Colony isolation Technique focus
Koch
Broth bacterial growth

Link turbidity changes to classic growth phases in liquid culture.

Growth phases Environmental effects
Koch
Tuberculosis identification

Use acid-fast staining steps to highlight Mycobacterium tuberculosis.

Acid-fast vs non–acid-fast Single-field comparison
Alexander Fleming & Antibiotics • Discovery, testing, resistance, production
Fleming
Penicillin discovery plate

Observe a mold colony clearing nearby bacteria and recognize zones of inhibition.

Serendipity explained Visual halo insight
Fleming
Zone of inhibition measurement

Drop antibiotic disks and compare halo sizes to build intuition for disk diffusion tests.

Kirby-Bauer logic Relative potency
Fleming
Antibiotic resistance evolution

Run generations under antibiotic pressure and watch resistant cells dominate.

Selection & mutation Population shifts
Fleming
Industrial antibiotic production

Follow antibiotic manufacturing from fermenters through purification to final vials.

Ferment → extract → vial Process overview