SerbinCreative

(805) 963-0439 | Toll-Free (800) 876-6425

www.serbincreative.com LA / NY / UK
AtEdge

AtEdge

Photography & Motion
Directory of Illustration

Directory of Illustration

Find the world's best illustrators
PLAY! Illustration

PLAY!

Illustration for Toys & Interactive Games
Lattis Social

Lattis Social

Social Media for the Creative Industry

More from Serbin

Edmond Alexander

Shannon Associates

Tumor Cell Membrane Destruction 

Prev Next
Previous

Plasma Cell Membrane with CD38 Receptors

medical illustration of Receptor Tyrosine Kinase (RTKs) are high-affinity cell surface receptors for cell maintenance but also initiate the development of many cancers. RTK occurs when a ligand attaches to the HER 2 receptor and then connects to the HER 3 receptor, signaling intracellular proteins to initiate cell division. Here, the ligand attaches to the HER 3 receptor but the anti-tumor drug (sphere at base of the receptor) prevents the joining of HER 3 and HER 2, resulting in membrane destruction and cell death.
Next medical illustration of The immune system is the human body’s amazing self defense system which fights off foreign invaders that threaten the health of the human body. Cancer is a formidable invader and an aggressive challenger. It can capture the human circulatory system to feed its survival and to transport its invasion to other areas of the body. It never plays by the rules. Your move.

Your Move

Receptor Tyrosine Kinase (RTKs) are high-affinity cell surface receptors for cell maintenance but also initiate the development of many cancers. RTK occurs when a ligand attaches to the HER 2 receptor and then connects to the HER 3 receptor, signaling intracellular proteins to initiate cell division. Here, the ligand attaches to the HER 3 receptor but the anti-tumor drug (sphere at base of the receptor) prevents the joining of HER 3 and HER 2, resulting in membrane destruction and cell death.

Keywords: Airbrush, Color, 3D, Advertising / Marketing, Cell biology / Histology, Disease Management, Molecular Biology, Oncology, Mechanism of Action (MOA)

© Edmond Alexander