Scientifically accurate model of the Zika virus

Scientifically accurate model of the Zika virus

Scientifically accurate model of the Zika virus

We created the first scientifically accurate atomic-resolution 3D model of the Zika virus, developed using state-of-the-art structural bioinformatics and the latest peer-reviewed research. Released during the height of the global Zika outbreak in 2016, the model offered an unprecedented view of the viral particle, revealing its molecular architecture with a level of detail not previously available.

We created the first scientifically accurate atomic-resolution 3D model of the Zika virus, developed using state-of-the-art structural bioinformatics and the latest peer-reviewed research. Released during the height of the global Zika outbreak in 2016, the model offered an unprecedented view of the viral particle, revealing its molecular architecture with a level of detail not previously available.

Project Goal

Project Goal

Project Goal

Project Goal

The goal of this project was to accurately represent the molecular structure of the Zika virus at atomic resolution, providing a reliable, research-driven visualization. At a time of widespread concern and limited public understanding of the virus, the model was intended to clarify how Zika is structured at the molecular level.

See full animation.

The goal of this project was to accurately represent the molecular structure of the Zika virus at atomic resolution, providing a reliable, research-driven visualization. At a time of widespread concern and limited public understanding of the virus, the model was intended to clarify how Zika is structured at the molecular level.

See full animation.

The goal of this project was to accurately represent the molecular structure of the Zika virus at atomic resolution, providing a reliable, research-driven visualization. At a time of widespread concern and limited public understanding of the virus, the model was intended to clarify how Zika is structured at the molecular level.

See full animation.

The goal of this project was to accurately represent the molecular structure of the Zika virus at atomic resolution, providing a reliable, research-driven visualization. At a time of widespread concern and limited public understanding of the virus, the model was intended to clarify how Zika is structured at the molecular level.

See full animation.

Zkia Virus with exposed core

Zkia Virus with exposed core

Lipid envelope with E and M proteins
Lipid envelope with E and M proteins

Lipid envelope with E and M proteins

Capsid protein C and Genomic RNA
Capsid protein C and Genomic RNA

Capsid protein C and Genomic RNA

Capsid protein C and Genomic RNA

“As scientists work to unravel the mysteries of Zika, a scientific visualization firm has created a realistic 3D model of the mosquito-borne virus that lets you see it up close and extremely personally.

“As scientists work to unravel the mysteries of Zika, a scientific visualization firm has created a realistic 3D model of the mosquito-borne virus that lets you see it up close and extremely personally.

“As scientists work to unravel the mysteries of Zika, a scientific visualization firm has created a realistic 3D model of the mosquito-borne virus that lets you see it up close and extremely personally.

“As scientists work to unravel the mysteries of Zika, a scientific visualization firm has created a realistic 3D model of the mosquito-borne virus that lets you see it up close and extremely personally.

Vincent Racaniello photo
Vincent Racaniello photo
Vincent Racaniello photo
Vincent Racaniello photo

The Process

The Process

Animation type:

Animation type:

High-End 3D

High-End 3D

Project timline:

Project timline:

5 weeks

5 weeks

Team:

Find out which of our 26 scientific animation options works best for investor relations and communications:

The Zika virus model was produced using the same structural bioinformatics techniques employed in basic research and drug development. Protein structures, homology models, and comparative data from related viruses—such as Dengue, West Nile, and yellow fever—were integrated into a single coherent viral particle.

All components, including envelope proteins, lipid membranes, and internal structures, were assembled according to known biological constraints and validated structural data. Scientific accuracy guided every stage of production, with visual decisions driven by research evidence.

The Zika virus model was produced using the same structural bioinformatics techniques employed in basic research and drug development. Protein structures, homology models, and comparative data from related viruses—such as Dengue, West Nile, and yellow fever—were integrated into a single coherent viral particle.

All components, including envelope proteins, lipid membranes, and internal structures, were assembled according to known biological constraints and validated structural data. Scientific accuracy guided every stage of production, with visual decisions driven by research evidence.

Why did we use this
animation type?

Why did we use this
animation type?

Accurately conveying the molecular complexity of the Zika virus required a high-end 3D animation approach capable of representing scale, spatial relationships, and structural detail at atomic resolution.


Advanced 3D modeling and rendering allowed viewers to explore the virus from multiple perspectives while preserving scientific fidelity. This approach made it possible to present a visually compelling yet accurate representation suitable for both scientific audiences and mainstream media.

Accurately conveying the molecular complexity of the Zika virus required a high-end 3D animation approach capable of representing scale, spatial relationships, and structural detail at atomic resolution.


Advanced 3D modeling and rendering allowed viewers to explore the virus from multiple perspectives while preserving scientific fidelity. This approach made it possible to present a visually compelling yet accurate representation suitable for both scientific audiences and mainstream media.

Outcome:

Outcome:

The completed Zika virus model became one of the most widely referenced visualizations of the virus during the outbreak and was recognized as the most accurate representation of the Zika viral particle available at the time of release.

As part of Visual Science’s non-commercial Viral Park initiative, the project contributed to broader public and scientific engagement with virology and demonstrated the value of rigorous, high-fidelity molecular visualization during a global health crisis.


The completed Zika virus model became one of the most widely referenced visualizations of the virus during the outbreak and was recognized as the most accurate representation of the Zika viral particle available at the time of release.

As part of Visual Science’s non-commercial Viral Park initiative, the project contributed to broader public and scientific engagement with virology and demonstrated the value of rigorous, high-fidelity molecular visualization during a global health crisis.


Full animation

Contact us

Contact us

Contact us

Contact us

Visual Science is an award-winning medical animation and digital scientific communications company, trusted by leading biotech and pharmaceutical organizations since 2007, including J&J, Pfizer, Novartis, Roche, Takeda, Gilead, AbbVie, and 100+ others.

We specialize in science-grade MoA and MoD videos, medical animation, and scientific storytelling, as well as digital and AI-driven solutions for Medical Affairs, marketing, corporate communications, and investor relations.

Contacts

US toll-free

1 888 374-16-95

NY

1 516 340-37-30

London

44 20 3734-2517

Address

200 Vesey Street, 24th floor,
New York, NY 10281, USA

Social networks

LinkedIn Logo
Vimeo Logo

© 2026, Visual Science. All rights reserved.

Privacy policy & Cookie policy

Visual Science is an award-winning medical animation and digital scientific communications company, trusted by leading biotech and pharmaceutical organizations since 2007, including J&J, Pfizer, Novartis, Roche, Takeda, Gilead, AbbVie, and 100+ others.

We specialize in science-grade MoA and MoD videos, medical animation, and scientific storytelling, as well as digital and AI-driven solutions for Medical Affairs, marketing, corporate communications, and investor relations.

Contacts

US toll-free

1 888 374-16-95

NY

1 516 340-37-30

London

44 20 3734-2517

Address

200 Vesey Street, 24th floor,
New York, NY 10281, USA

Social networks

LinkedIn Logo
Vimeo Logo

© 2026, Visual Science. All rights reserved.

Privacy policy & Cookie policy

Visual Science is an award-winning medical animation and digital scientific communications company, trusted by leading biotech and pharmaceutical organizations since 2007, including J&J, Pfizer, Novartis, Roche, Takeda, Gilead, AbbVie, and 100+ others.

We specialize in science-grade MoA and MoD videos, medical animation, and scientific storytelling, as well as digital and AI-driven solutions for Medical Affairs, marketing, corporate communications, and investor relations.

Contacts

US toll-free

1 888 374-16-95

NY

1 516 340-37-30

London

44 20 3734-2517

Address

200 Vesey Street, 24th floor,
New York, NY 10281, USA

Social networks

LinkedIn Logo
Vimeo Logo

© 2026, Visual Science. All rights reserved.

Privacy policy & Cookie policy

Visual Science is an award-winning medical animation and digital scientific communications company, trusted by leading biotech and pharmaceutical organizations since 2007, including J&J, Pfizer, Novartis, Roche, Takeda, Gilead, AbbVie, and 100+ others.

We specialize in science-grade MoA and MoD videos, medical animation, and scientific storytelling, as well as digital and AI-driven solutions for Medical Affairs, marketing, corporate communications, and investor relations.

Contacts

US toll-free

1 888 374-16-95

NY

1 516 340-37-30

London

44 20 3734-2517

Address

200 Vesey Street, 24th floor, New York, NY 10281, USA

© 2026, Visual Science. All rights reserved.

Privacy policy & Cookie policy

Visual Science Logo
Visual Science Logo
Visual Science Logo