![](https://cdn.myportfolio.com/4d8cc54d71a6b9ee4cf114975a4b907c/64549dc9-48cc-491b-8530-9b129eb7f4ef_rw_3840.jpg?h=7e6ae2881eccd170d4d571a49432e691)
This poster showcasing Cell Signaling Technology's products for tumor immunology is a study in managed complexity. Many of CST's diagrams begin at the cell surface and trace signals inward; in this poster the signals of interest move between cells, through molecular contact or at a distance. Similar cells play different roles under the combined influence of local factors. With a team of illustrators at Digizyme, I built a solution that splits the information across distinct levels. A “physical” landscape separates processes; lines trace the flow of secreted factors between distant cells; and hovering insets show molecular interactions between cells in contact. Despite the inside-out concept, color cues tie this poster to CST's other "landscape" images.
client: Cell Signaling Technology
agency: Digizyme, Inc
role: Senior Scientific Animator at Digizyme
agency: Digizyme, Inc
role: Senior Scientific Animator at Digizyme
![](https://cdn.myportfolio.com/4d8cc54d71a6b9ee4cf114975a4b907c/b98860f4-03b6-4483-a4b8-e11d9256e3ae_rw_3840.jpg?h=b1cb4e8fe74b8225053a541d73e2f737)
Evan Ingersoll, Digizyme: Art direction, landscape and cell models, shading, renders, composites; secreted factor “network map” and 2D art. MODO, AfterEffects, Illustrator, various force-directed graphing tools
Landscape layout and sketch, Molecular insets, Concept and additional art direction: Digizyme