Cell Biology · Biology

Animal Cell 3D Lab Simulation

Explore a 3D animal cell, click any organelle to learn its structure and function, and watch protein secretion and ATP production. Then run experiments and NEET missions.

Interactive virtual lab · no download · works on phones and laptops

Chapter: Cell: The Unit of Life
For: Class 9 · Class 11 · NEET
Time: ~20 min

How to use it

1Explore: drag to turn the cell, click an organelle.
2Processes: play a pathway step by step.
3Experiment: turn organelles down or add a substance, predicting first.
4Missions: find, trace, predict and NEET questions.

What to notice

Proteins for export go nucleus → RER → Golgi → vesicle → plasma membrane.
Mitochondria make most ATP; glycolysis alone gives only 2 per glucose.
Lysosomes are made by the Golgi and digest with hydrolytic enzymes.
With no cell wall, an animal cell in pure water swells and may burst.

For teachers

Teach it in 25 minutes

A lesson plan, questions to put to the class, a quick quiz you can project or print, and the formulas behind Animal Cell 3D Lab.

1Hook
~2 min
- Turn the cell slowly and ask: “A protein made inside has to leave the cell. What route does it take?” Then play the secretion pathway.
2Demonstrate
~12 min
- Explore: drag to turn the cell, click an organelle.
- Processes: play a pathway step by step.
- Experiment: turn organelles down or add a substance, predicting first.
- Missions: find, trace, predict and NEET questions.
3Pause and ask
~5 min
- Have a student say this in their own words: Proteins for export go nucleus → RER → Golgi → vesicle → plasma membrane.
- Have a student say this in their own words: Mitochondria make most ATP; glycolysis alone gives only 2 per glucose.
- Have a student say this in their own words: Lysosomes are made by the Golgi and digest with hydrolytic enzymes.
- Have a student say this in their own words: With no cell wall, an animal cell in pure water swells and may burst.
4Check
~6 min
- Run the 6-question quiz below: project it and take answers by show of fingers (1–4), or print it as a worksheet.

About the Animal Cell 3D Lab simulation

An animal cell is a busy factory of membrane-bound compartments. The nucleus holds the DNA and sends out instructions as mRNA; ribosomes on the rough endoplasmic reticulum build proteins; the Golgi apparatus modifies, sorts and packages them; vesicles carry them out of the cell. Mitochondria supply the ATP that powers it all, lysosomes digest what is no longer needed, and the plasma membrane controls what comes and goes.

This animal cell 3D lab lets you turn and cut open a cell, click any organelle to fly to it and read its structure, function and NEET points, and watch protein secretion, ATP production and intracellular digestion step by step. In the experiment mode you turn organelles down or add cyanide, a protein-synthesis inhibitor or salt, predict, then see what fails downstream. Four missions — find, trace, predict and NEET — test what you have learned.

Also covers: animal cell 3d, cell organelles, endomembrane system, protein synthesis pathway, mitochondria atp, lysosome, golgi apparatus, neet cell biology.

Frequently asked questions

What are the organelles of an animal cell and their functions?

Nucleus (genetic control), ribosomes (protein synthesis), RER (proteins for export), SER (lipids, steroids, detoxification), Golgi (packaging), mitochondria (ATP), lysosomes (digestion), peroxisomes (breaking H₂O₂), centrosome (spindle) and the plasma membrane.

What is the pathway of a secretory protein in a cell?

It is made on ribosomes of the rough ER, enters the ER lumen, travels in a vesicle to the Golgi's cis face, is modified and leaves the trans face in a secretory vesicle that fuses with the plasma membrane (exocytosis).