Animation & Motion

Inside Sickle Cell – A Journey in the Bloodstream

A 3D scientific animation exploring the cellular mechanisms of sickle cell disease. By following red blood cells through circulation, the animation demonstrates how hemoglobin polymerization alters cell shape, restricts blood flow, and contributes to vaso-occlusion and downstream tissue and organ damage.

1:57

Runtime

3D

Animation

2025

Completed

OBJECTIVE

Visualize how hemoglobin polymerization causes red blood cells to become rigid and sickle-shaped, disrupting circulation and contributing to the clinical consequences of sickle cell disease.

AUDIENCE

Hematologists, sickle cell specialists, and other healthcare professionals involved in managing sickle cell disease, as well as patients, caregivers, and general audiences seeking to understand the condition.

SOLUTION

A 3D scientific animation that follows red blood cells through the bloodstream, progressing from healthy circulation to cellular sickling, vascular obstruction, and downstream tissue and organ damage.

IMPACT

Transforms the cellular biology of sickle cell disease into a clear visual journey connecting changes in hemoglobin and red blood cell structure with their effects on circulation and the body.

BEHIND THE ANIMATION

3-1-scaled

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OUR APPROACH

Scientific discovery & content alignment

Concept development

Cellular and vascular mapping

Storyboard development

3D biological modeling

Disease-progression visualization

3D animation & motion design

Final refinement & delivery

DELIVERABLES

Storyboard

3D scientific animation

Final animation stills

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HAVE A PROJECT IN MIND?

We’re here to help bring it to life.

BEHIND THE ANIMATION

Content Alignment

Script Development

Voice Narration

Visual Exploration

Storyboard Development

Playblast Production

Final Render

1

Content Alignment

Weeks 1–2

Every animation begins with a deep understanding of the science, audience, and communication objectives.

2

Script Development

Weeks 2–3

The script transforms complex information into a structured narrative designed for clarity.

3

Voice Narration

Weeks 3–4

Narration establishes pacing, tone, and rhythm while supporting visual development.

4

Visual Exploration

Weeks 4–5

Establishes the visual language through style, composition, environments, and colour systems.

5

Storyboard Development

Weeks 5–6

Translates the script into a visual blueprint that guides animation production.

6

Playblast Production

Weeks 6–10

Transforms the approved direction into an assembled animation preview.

7

Final Render & Delivery

Weeks 10–12

Finalizes rendering, audio integration, visual refinement, and delivery optimization.

Typical Project Duration

8–12 Weeks (2–3 Months)*

*Timelines vary based on project scope, runtime, animation style, revision cycles, and localization requirements. Larger or highly complex projects may require up to 16 weeks (4 months).