Scientific animation

Molecular biology animation

Transform complex scientific data into engaging narratives with high-end molecular biology 3D animations for biotech innovators, researchers, and educational platforms.

Led by experts. Perfected by artists.

350+

Projects delivered

30+

In-house 3D artists

20+

Medical experts

VOKA's cellular & microbiology animations collection

/01

Process of cell division

"This video visualizes the molecular mechanics of mitosis, showing the precise orchestration of the cytoskeleton and motor proteins during cell division. It details how the four key phases – Prophase, Metaphase, Anaphase, and Telophase – rely on microtubule dynamics and kinetochore signaling to ensure the flawless segregation of sister chromatids. "

/02

Erythrocyte

"This video explores the molecular architecture of erythrocytes, focusing on the hemoglobin-oxygen binding dynamics that drive gas exchange. Through detailed 3D imagery, the video emphasizes the reversible binding of oxygen to heme groups and the critical role of these cells in maintaining systemic physiological balance. "

/03

Semaglutide lipolysis

This video visualizes the molecular docking of Semaglutide to the GLP-1R GPCR, triggering the dissociation of heterotrimeric G-proteins. It illustrates the allosteric activation of adenylate cyclase and the subsequent phosphorylation of HSL via the cAMP/PKA signaling axis.

/04

Antibody therapy for Alzheimer’s

See how engineered antibodies travel through the bloodstream, cross the blood-brain barrier, and target amyloid plaques in Alzheimer’s disease. The video shows how microglia and macrophages clear plaque fragments, reducing pathology without triggering inflammation.

/05

Granulocytes

This animation explores the molecular architecture of granulocytes, focusing on the biogenesis and degranulation of their specialized secretory vesicles. It highlights the activation of pattern recognition receptors (PRRs) that trigger intracellular signaling cascades, leading to the mobilization of cytotoxic proteins and antimicrobial enzymes.

All projects
Process of cell division
Process of cell division
Erythrocyte
Semaglutide lipolysis
Antibody therapy for Alzheimer’s
Granulocytes

VOKA's cellular & microbiology animations collection

Process of cell division

/01

Process of cell division

"This video visualizes the molecular mechanics of mitosis, showing the precise orchestration of the cytoskeleton and motor proteins during cell division. It details how the four key phases – Prophase, Metaphase, Anaphase, and Telophase – rely on microtubule dynamics and kinetochore signaling to ensure the flawless segregation of sister chromatids. "

Erythrocyte

/02

Erythrocyte

"This video explores the molecular architecture of erythrocytes, focusing on the hemoglobin-oxygen binding dynamics that drive gas exchange. Through detailed 3D imagery, the video emphasizes the reversible binding of oxygen to heme groups and the critical role of these cells in maintaining systemic physiological balance. "

Semaglutide lipolysis

/03

Semaglutide lipolysis

This video visualizes the molecular docking of Semaglutide to the GLP-1R GPCR, triggering the dissociation of heterotrimeric G-proteins. It illustrates the allosteric activation of adenylate cyclase and the subsequent phosphorylation of HSL via the cAMP/PKA signaling axis.

Antibody therapy for Alzheimer’s

/04

Antibody therapy for Alzheimer’s

See how engineered antibodies travel through the bloodstream, cross the blood-brain barrier, and target amyloid plaques in Alzheimer’s disease. The video shows how microglia and macrophages clear plaque fragments, reducing pathology without triggering inflammation.

Granulocytes

/05

Granulocytes

This animation explores the molecular architecture of granulocytes, focusing on the biogenesis and degranulation of their specialized secretory vesicles. It highlights the activation of pattern recognition receptors (PRRs) that trigger intracellular signaling cascades, leading to the mobilization of cytotoxic proteins and antimicrobial enzymes.

All projects

Achieve your goals with 3D molecular animation

Present complex biochemical pathways or drug interactions at a molecular level to grant reviewers and investors.
Enhance publications and marketing materials to make your molecular biology research stand out.
Increase events audience engagement by visualizing cellular concepts and mechanisms in motion.
Enrich educational materials with visuals that clarify molecular mechanisms and improve student understanding.

Our expertise in visualizing molecular biology

Explore how we can transform complex molecular biology into high-fidelity 3D visuals for your project.

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DNA & RNA animation

Genetic journey from the DNA double helix to the complexities of DNA replication, transcription, and the structural dynamics of nucleic acids.

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Protein synthesis & folding animation

Transition from code to catalyst, including the mechanics of ribosome translation, polypeptide chain elongation, and three-dimensional protein folding.

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Cell signaling & pathways animation

Receptor-ligand interactions and intracellular signaling cascades, featuring secondary messengers and the orchestration of information flow within the cell.

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Molecular techniques & research methods

Laboratory capabilities and experimental methods, including visualizations of DNA extraction, PCR cycles, and advanced molecular diagnostics.

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Membrane transport & bioenergetics

Molecular engines powering the cell, from microscopic gatekeepers in membrane transport and ion channels to the mechanisms of energy production.

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Gene expression & mutation visualization

Mechanisms of genomic regulation and error processes, encompassing gene expression, genetic mutation, and the dynamics of epigenetic regulation.

Looking for a reliable animation partner?

Tell your medical story with VOKA

Contact us

Why choose VOKA

VOKA combines medical expertise and efficient production to deliver experiences for real-world communication needs.

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In-house medical expertise

With 20+ clinicians and consultants on our team, we work fluently across medical, biotech, and pharma contexts.

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Streamlined content delivery

Our library of 1,000+ ready-made models allows us to speed up delivery without compromising quality.

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Regulatory-aware production

We create in line with clinical and regulatory standards in medtech and pharma environments.

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Omni-channel adaptability

Our 3D assets can be adapted across many touchpoints: education, marketing, sales, and event communication.

Recognized for excellence in healthcare animation

Collaboration options

Existing assets

Any animation from our medical library

from $500

Contact sales

Includes:

Ready-made video from our catalog or reassembled video from existing animations.

Custom animation

Video created from scratch to fit your goals

from $7000

Contact sales

Includes:

Surgical techniques & procedures, MoA, MoD, physiology, biotech processes, medical devices, scientific concepts.

Calculate the approximate cost

of your project right now

Our animation production process

Pre-estimate Pre-estimate

01. Pre-estimate

We prepare an initial estimate based on your goals, references, and available assets. Once it's approved, we finalize the agreement, create a scenario, and begin pre-production.

Deliverable: High-level scenario

Pre-production Pre-production

02. Pre-production

Together with our in-house medical experts and your team, we create a detailed storyboard that serves as a blueprint for production. We also reuse existing assets if possible to reduce costs without compromising accuracy.

Deliverable: Storyboard

03. Production

Modeling: We create all the 3D models for the video and confirm the initial shapes and composition with you.
Animation: The models are brought to life with professional animation, based on the approved storyboard.

Deliverable: Animatic

04. Rendering

Visual refinement: We apply textures, lighting, and shading to the models, providing you with a preview of the final look.
Rendering: The finished 3D scene is processed into a high-quality video file.

Deliverable: Rendered video

05. Post-production

We complete post-production by editing the video, adding visual effects, and refining every detail before final approval.

Deliverable: Final edit

Explaining invisible biological processes is always a challenge, and VOKA found the perfect way to visualize them. The team accurately illustrated the COLEDAN-D3 absorption process from macro anatomy to microscopic interactions with great attention to scientific detail.

– Medical Manager, TKILAC

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    FAQ

    How do you ensure the scientific accuracy of a molecular biology animation?

    We use verified scientific databases to create our models and animations, while an in-house team of medical scientists reviews every stage of video production. They ensure the "physics" of the molecular world is represented with high fidelity and scientific accuracy.

    What do you need from us to start an animation?

    A brief summary of your research, the objectives you pursue, or a simple storyboard would be enough for the beginning. We can also base the animation on published papers or sketches. Overall, any information you can share can be helpful in video production.

    How long does it take to create a molecular animation video?

    A standard high-quality animation typically takes 4 to 8 weeks, depending on complexity. This includes time for script development, storyboarding, 3D modeling, rendering, and reviewing. We work in iterative stages to ensure you can provide feedback at every critical milestone.

    Where can we use your molecular biology animations?

    Our animations are perfectly tailored for various use cases, including grant proposals & investor pitch decks, scientific publications, conference presentations, websites and social media, educational materials, and digital learning platforms.

    Can you create interactive or VR/AR molecular models?

    Yes. Beyond videos, we develop interactive 3D models for immersive VR and AR experiences. They allow users to walk through a cellular environment or manually manipulate molecular structures.

    Can you visualize the mechanism of action at the molecular level?

    Absolutely. Visualizing the MoA is one of our core expertise, so we know how to transform complex signaling pathways and pharmacological interactions into a clear, cinematic narrative. Learn more about our MoA animation services.

    Did not find an answer to your question?

    You can write to us by email and our manager will answer all your questions:

    info@voka.io