Structures in space
Students see which side of the membrane a receptor faces, how a chromosome is attached to the spindle and what binds where, instead of decoding arrows on a flat diagram.
For teachers and lecturers
3D biology animations for your next lecture
Show students what a textbook figure cannot: a cell dividing, a motor protein walking, an antibody finding its target. Describe the process and Animiotics builds a 3D animation you can play in class, pause and look at from any angle.
Why 3D works in a classroom
Processes in order
A mechanism is a sequence. Animation shows each step following the last, at a pace you choose, so cause and effect are visible.
Explore it live
Share a link and students can turn the scene around in their own browser, with no account and no install. Pause on the moment that matters and look from another angle.
Reuse it next term
The animation stays an editable 3D scene. Change colors, labels or timing, or ask the AI for a version with one more step.
Start with the topics students struggle with
When we shared Animiotics with biology communities, teachers asked for muscle contraction and the sliding filament model first, because students struggle to picture them in 3D. That is the kind of topic Animiotics is for: a process that only makes sense once you see the parts moving together.
Write the description the way you would explain it on the board. Name the structures, the order of events and what the camera should focus on. You can attach a figure from your slides as a reference photo.
Descriptions you could use tomorrow
Copy one, adjust it to your syllabus and level, and start a new animation.
- Show the sliding filament model in a sarcomere: myosin heads bind actin, pull in a power stroke, release and bind again, and the Z discs move closer together.
- Animate mitosis in an animal cell with six chromosomes, from condensed chromosomes to two daughter cells, pausing briefly at metaphase.
- Follow a glucose molecule through a GLUT transporter into a cell, with the transporter changing shape as it moves.
- Show how a kinesin motor carries a vesicle along a microtubule inside a neuron, with a close-up of its two heads stepping.
- Show a white blood cell engulfing a bacterium and the vesicle fusing with a lysosome.
From description to lesson
Describe the process
A new animation usually takes about an hour. Start it while you prepare the rest of the lesson.
Check the science
Look around the scene and correct anything that does not match how you teach it, in words or in the editor.
Bring it to class
Render an MP4 for your slides or learning platform, or share an interactive link students can open on school laptops.
Adapt it later
Open the same scene next term and change the level of detail, the labels or the pace.
What it costs
Single is $3.99 a month for one animation a month: enough for one new topic each month. Starter is $19 a month for 6 generations (about $3.17 each). Signing up and the manual 3D editor are free, so you can try the editor and the example scenes before you pay.
Departments that need invoices or several teachers can ask for an invoice or a team setup from the plans page.
Example animations
Questions
Do students need an account to watch?
No. A share link opens an interactive 3D viewer in the browser without sign-in. You can also render an MP4 and play it like any other video.
Can I put the animation in PowerPoint or our learning platform?
Yes. Render an MP4 and add it like any video file. Rendering and exports need a paid plan.
Is it accurate enough for teaching?
Animiotics works from real structures where they exist and checks its own frames, but scenes are illustrative and AI can make mistakes. Review each animation as you would any teaching material, and correct it in words or in the editor.
Will it run on school laptops or Chromebooks?
Yes for viewing and creating. The AI and the rendering run on our cloud computers, and the browser shows a lighter preview of the scene.
Can students make their own animations?
Yes, with their own account. The manual editor is free; AI generation needs a paid plan.
Keep reading
Example animations3D biology animations made in Animiotics: kinesin, antibodies, phagocytosis, mitosis, heart failure and virus entry. Each one can be your starting point.Learn moreAbout usWhy scientists choose Animiotics over chatbots, AI video generators and 3D software: editable scenes from real structures, cloud rendering, subsidized prices.Learn moreAnimiotics vsBioRenderBioRender is built for 2D figures. Animiotics makes 3D animations and stills from real structures. Many scientists use both. Here is when to use which.Read the comparison
Pick the topic your students find hardest.
Describe it once and use it every term.