Atopic Dermatitis Antibody Combination Treatment APG279

Atopic Dermatitis Antibody Combination Treatment APG279

Atopic Dermatitis Treatment with APG777
and APG990

Atopic Dermatitis Antibody Combination Treatment APG279

Client:

Client:

Client:

Client:

Apogee Therapeutics is a clinical-stage biotechnology company that discovers and develops novel therapies for a range of inflammatory and immunological diseases. The company seeks to achieve this by focusing on established biologic drivers of disease and applying advanced antibody engineering to create product candidates with optimized properties that may overcome the limitations of existing therapies.

Apogee Therapeutics is a clinical-stage biotechnology company that discovers and develops novel therapies for a range of inflammatory and immunological diseases. The company seeks to achieve this by focusing on established biologic drivers of disease and applying advanced antibody engineering to create product candidates with optimized properties that may overcome the limitations of existing therapies.

Apogee Therapeutics is a clinical-stage biotechnology company that discovers and develops novel therapies for a range of inflammatory and immunological diseases. The company seeks to achieve this by focusing on established biologic drivers of disease and applying advanced antibody engineering to create product candidates with optimized properties that may overcome the limitations of existing therapies.

Apogee Therapeutics is a clinical-stage biotechnology company that discovers and develops novel therapies for a range of inflammatory and immunological diseases. The company seeks to achieve this by focusing on established biologic drivers of disease and applying advanced antibody engineering to create product candidates with optimized properties that may overcome the limitations of existing therapies.

Project Goal

Project Goal

Project Goal

Project Goal

Apogee Therapeutics required a 3D animation to explain the mechanisms of action (MoA) of its monoclonal antibodies, zumilokibart (APG777) and APG990, for the treatment of atopic dermatitis. The animation demonstrated how zumilokibart blocks IL-13 to reduce type 2 inflammation and how APG990 targets the OX40 ligand to modulate the immune response. It also illustrated Apogee’s antibody recycling mechanism, which extends therapeutic half-life. Designed for investors and healthcare professionals, the animation simplified complex biological pathways and highlighted the benefits of Apogee’s treatments.

See full animation.

Apogee Therapeutics required a 3D animation to explain the mechanisms of action (MoA) of its monoclonal antibodies, zumilokibart (APG777) and APG990, for the treatment of atopic dermatitis. The animation demonstrated how zumilokibart blocks IL-13 to reduce type 2 inflammation and how APG990 targets the OX40 ligand to modulate the immune response. It also illustrated Apogee’s antibody recycling mechanism, which extends therapeutic half-life. Designed for investors and healthcare professionals, the animation simplified complex biological pathways and highlighted the benefits of Apogee’s treatments.

See full animation.

Apogee Therapeutics required a 3D animation to explain the mechanisms of action (MoA) of its monoclonal antibodies, zumilokibart (APG777) and APG990, for the treatment of atopic dermatitis. The animation demonstrated how zumilokibart blocks IL-13 to reduce type 2 inflammation and how APG990 targets the OX40 ligand to modulate the immune response. It also illustrated Apogee’s antibody recycling mechanism, which extends therapeutic half-life. Designed for investors and healthcare professionals, the animation simplified complex biological pathways and highlighted the benefits of Apogee’s treatments.

See full animation.

Apogee Therapeutics required a 3D animation to explain the mechanisms of action (MoA) of its monoclonal antibodies, zumilokibart (APG777) and APG990, for the treatment of atopic dermatitis. The animation demonstrated how zumilokibart blocks IL-13 to reduce type 2 inflammation and how APG990 targets the OX40 ligand to modulate the immune response. It also illustrated Apogee’s antibody recycling mechanism, which extends therapeutic half-life. Designed for investors and healthcare professionals, the animation simplified complex biological pathways and highlighted the benefits of Apogee’s treatments.

See full animation.

3D visualization of the Antibody molecules: zumilokibart (APG777) and APG990

Antibody molecules: zumilokibart (APG777) and APG990

Antibody molecules: zumilokibart (APG777) and APG990

Antibody molecules: zumilokibart (APG777) and APG990

APG777 internalized by cell

APG777 internalized by cell

APG777 internalized by cell

3D visualization of the atopic dermatitis lesions on the skin
3D visualization of the atopic dermatitis lesions on the skin

Atopic Dermatitis

Atopic Dermatitis

Atopic Dermatitis

Incredible animations that really help bring our science to life. I strongly recommend Visual Science!”

Incredible animations that really help bring our science to life. I strongly recommend Visual Science!”

Incredible animations that really help bring our science to life. I strongly recommend Visual Science!”

Incredible animations that really help bring our science to life. I strongly recommend Visual Science!”

Patrick Hsu

Vice President, Medical Affairs

Atopic dermatitis skin cross-section on a microscopic level - 3D visualizaiton

Epidermis and Dermis are impacted by Atopic dermatitis

Epidermis and Dermis are impacted by Atopic dermatitis

Epidermis and Dermis are impacted by Atopic dermatitis

Bacterial transposase dimer in complex with genomic DNA and bridge RNA
Bacterial transposase dimer in complex with genomic DNA and bridge RNA

Zumilokibart binging to IL-13

Zumilokibart binging to IL-13

Zumilokibart binging to IL-13

IL-13 cytokine driving type 2 inflammatory signaling

IL-13 cytokine driving type 2 inflammatory signaling

IL-13 cytokine driving type 2 inflammatory signaling

The Process

The Process

Animation type:

Animation type:

High-End 3D

High-End 3D

Project timline:

Project timline:

5 weeks

5 weeks

Review:

Review:

3 zoom calls + 6 e-mail feedback sessions

3 zoom calls + 6 e-mail feedback sessions

Team:

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

To bring Apogee Therapeutics’ research to life, we created a high-end 3D animation that visualized the complex molecular mechanisms underlying atopic dermatitis and its treatment with zumilokibart and APG990. Detailed 3D models illustrated skin barrier disruption caused by chronic inflammation, while dynamic molecular animations demonstrated how IL-13 and the OX40 ligand drive disease progression. Split-screen sequences were used throughout the animation to compare inflammatory pathways, treatment mechanisms, and therapeutic outcomes, providing a clear visual distinction between untreated and treated conditions. By leveraging cinematic 3D rendering and precise molecular interactions, we ensured the animation was both scientifically accurate and visually compelling.


High-End 3D Animation: Realistic molecular interactions and detailed skin models.


Molecular Visualization: Clear depiction of IL-13 and OX40 ligand signaling pathways.


Split Screens: Side-by-side comparisons of inflammation, treatment mechanisms, and outcomes.


Therapeutic Impact: Visualization of extended antibody half-life and reduced dosing frequency.

To bring Apogee Therapeutics’ research to life, we created a high-end 3D animation that visualized the complex molecular mechanisms underlying atopic dermatitis and its treatment with zumilokibart and APG990. Detailed 3D models illustrated skin barrier disruption caused by chronic inflammation, while dynamic molecular animations demonstrated how IL-13 and the OX40 ligand drive disease progression. Split-screen sequences were used throughout the animation to compare inflammatory pathways, treatment mechanisms, and therapeutic outcomes, providing a clear visual distinction between untreated and treated conditions. By leveraging cinematic 3D rendering and precise molecular interactions, we ensured the animation was both scientifically accurate and visually compelling.


High-End 3D Animation: Realistic molecular interactions and detailed skin models.


Molecular Visualization: Clear depiction of IL-13 and OX40 ligand signaling pathways.


Split Screens: Side-by-side comparisons of inflammation, treatment mechanisms, and outcomes.


Therapeutic Impact: Visualization of extended antibody half-life and reduced dosing frequency.

Why did we use this
animation type?

Why did we use this
animation type?

A high-end 3D animation was chosen to accurately depict the complex molecular interactions involved in atopic dermatitis and the treatments zumilokibart and APG990. Detailed 3D models of IL-13, OX40, and immune responses provided clarity while explaining intricate biological processes to both scientific and general audiences. The split-screen format enabled clear comparisons of the therapies’ mechanisms, highlighting their complementary roles in targeting type 1, type 2, and type 3 inflammation.

A high-end 3D animation was chosen to accurately depict the complex molecular interactions involved in atopic dermatitis and the treatments zumilokibart and APG990. Detailed 3D models of IL-13, OX40, and immune responses provided clarity while explaining intricate biological processes to both scientific and general audiences. The split-screen format enabled clear comparisons of the therapies’ mechanisms, highlighting their complementary roles in targeting type 1, type 2, and type 3 inflammation.

A high-end 3D animation was chosen to accurately depict the complex molecular interactions involved in atopic dermatitis and the treatments zumilokibart and APG990. Detailed 3D models of IL-13, OX40, and immune responses provided clarity while explaining intricate biological processes to both scientific and general audiences. The split-screen format enabled clear comparisons of the therapies’ mechanisms, highlighting their complementary roles in targeting type 1, type 2, and type 3 inflammation.

A high-end 3D animation was chosen to accurately depict the complex molecular interactions involved in atopic dermatitis and the treatments zumilokibart and APG990. Detailed 3D models of IL-13, OX40, and immune responses provided clarity while explaining intricate biological processes to both scientific and general audiences. The split-screen format enabled clear comparisons of the therapies’ mechanisms, highlighting their complementary roles in targeting type 1, type 2, and type 3 inflammation.

Outcome:

Outcome:

The final animation clearly conveyed the mechanisms of action of zumilokibart and APG990 in the treatment of atopic dermatitis. It simplified complex immune responses and showcased the therapies’ potential for long-lasting symptom relief with less frequent dosing. The animation successfully supported investor communications, educational outreach, and scientific presentations, positioning the drugs as promising solutions for chronic inflammatory diseases.

The final animation clearly conveyed the mechanisms of action of zumilokibart and APG990 in the treatment of atopic dermatitis. It simplified complex immune responses and showcased the therapies’ potential for long-lasting symptom relief with less frequent dosing. The animation successfully supported investor communications, educational outreach, and scientific presentations, positioning the drugs as promising solutions for chronic inflammatory diseases.

The final animation clearly conveyed the mechanisms of action of zumilokibart and APG990 in the treatment of atopic dermatitis. It simplified complex immune responses and showcased the therapies’ potential for long-lasting symptom relief with less frequent dosing. The animation successfully supported investor communications, educational outreach, and scientific presentations, positioning the drugs as promising solutions for chronic inflammatory diseases.

The final animation clearly conveyed the mechanisms of action of zumilokibart and APG990 in the treatment of atopic dermatitis. It simplified complex immune responses and showcased the therapies’ potential for long-lasting symptom relief with less frequent dosing. The animation successfully supported investor communications, educational outreach, and scientific presentations, positioning the drugs as promising solutions for chronic inflammatory diseases.

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

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© 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