Explore life sciences with ethical, engaging experiments. From cell biology to organ dissections, all without harming animals.
Biology is about understanding life. But traditional labs face challenges: ethical concerns about dissections, limited microscope access, and the impossibility of observing processes in real-time.
WhimsyLabs virtual biology lab solves these problems with detailed simulations that let students explore cells, perform virtual dissections, and observe biological processes, ethically and repeatedly.
Our growing library covers key curriculum topics across GCSE, A-Level, IB, and beyond
Explore plant and animal cells, prepare slides, and adjust focus just like a real microscope.
What students do: Prepare the slide, set the stage, and bring a real specimen into focus by working the coarse and fine adjustment, with the depth of field behaving as it actually does.
Perform detailed organ dissections ethically. Explore kidneys, hearts, lungs, and more.
What students do: Work through an anatomically modelled specimen layer by layer, identifying structures as they are exposed rather than reciting them from a diagram.
Extract DNA, run gel electrophoresis, and explore inheritance patterns hands-on.
What students do: Extract, separate and read genetic material, following the procedure end to end instead of watching an animation of it.
Investigate factors affecting photosynthesis rate with controlled variable experiments.
What students do: Vary light, carbon dioxide and temperature, and measure the rate of oxygen production as the plant actually responds.
A school dissection costs a life, arrives frozen, and happens once. Students who object are handed a worksheet instead, and quietly learn less than everyone else in the room.
A virtual dissection has none of those problems. Every student does it, as many times as they need, with the same specimen, and can undo a bad cut instead of ruining the only heart in the box.
WhimsyCat, our AI tutor and assessor, watches how students handle the microscope, prepare samples, and work through dissections, grading technique and procedure, not just written answers. Follow-up questions reference each student's own observations, so answers can't be copied from a chatbot.
There is no student chat window: WhimsyCat infers everything from actions in the lab. Teachers get a skill-by-skill breakdown covering technique, safety, data collection, and scientific communication.
Because a dissection you watch on a screen is a video, and a dissection you perform is a practical.
Ethical Learning. No animals harmed. Students can explore anatomy and physiology without ethical compromises.
Repeat & Master. Practice dissection techniques unlimited times. Build confidence before any real-world work.
Microscopic Detail. Zoom into cellular structures impossible to see in school microscopes. Label and annotate findings.
Track Progress. AI-powered assessment tracks technique development and identifies areas for improvement.
| WhimsyLabs | Physical bench | |
|---|---|---|
| Specimens required | None | One per group, single use |
| Repeat attempts | Unlimited | None, the cut is final |
| Students who opt out | Still take part | Given a worksheet |
| Evidence of technique | Every action logged | Whatever the teacher saw |
Our biology simulations map directly to examination specifications, ensuring every experiment reinforces required practical skills.
Yes, organ dissections such as the kidney are fully interactive, with realistic tissue layers and instruments. They remove ethical and squeamishness barriers, and in our school sessions SEND students in particular showed markedly stronger engagement with the virtual kidney dissection.
Students focus, adjust the light, and move the stage exactly as they would on a physical microscope. The fine control transfers, so class time on real equipment is spent observing specimens rather than fumbling with knobs.
Content maps to KS3, GCSE, A-Level, IB, and AP Biology, from cell biology and microscopy to dissection and physiology. Teachers can also build custom practicals with the AI Experiment Builder.
Our complete guide to virtual biology labs covers dissections, microscopy, curriculum fit, and how teachers combine virtual and physical practice.
Join schools across the UK using WhimsyLabs to make biology practical, ethical, and engaging.