Illustration — Lei BioMedia

eRAPID

This is an illustration describing eRapid, an electrochemical sensing platform that uses a novel antifouling coating to enable low-cost, multiplexed detection of a wide range of biomolecules for diagnostics and other applications.

Software: Photoshop, 3dMax

Copyright: Wyss Institute

eRAPID

Bionic Leaf

This Illustration is a poster in the Nature by Design Exhibition of the Cooper Hewitt Smithsonian Design Museum. It describes the new electrode technology and engineered bacteria producing the bio-fuel with light, water and carbon dioxide.

Software: Illustrator, Photoshop, 3d Max.

Copyright: Wyss Institute

Bionic Leaf

Imaging Sodium Flux during Action Potentials in Neurons

This Illustration is a part of a journal cover design project for a paper “Imaging Sodium Flux during Action Potentials in Neurons with Fluorescent Nanosensors and Transparent Microelectrodes”.

Software: Photoshop, 3dMax.

Copyright: ACS Sensors journal

Modified E.Coli. as Diagnostic/Therapeutic Tool

This cover design is for Cell Host & Microbe, featuring a research paper about a genetic modified E.Coli. as a diagnostic/therapeutic tool in wound healing.

Software: 3dsMax, Photoshop.

Copyright: Wyss Institute.

Drug Delivery across the Blood Brain Barrier

This illustration describes that a drug coated with peptide gets across the blood brain barrier. It is used as a top banner of a web page.

Software: 3dMax, Photoshop.

Copyright: Wyss Institute

Full Image

Left Part

Right Part

Targeted Erythropoietin

The two illustrations explain how the targeted erythropoietin avoids the side effect of the wild-type erythropoietin caused by the non-specific binding.

Software: 3dMax, Photoshop.

Copyright: Wyss Institute.

The Wild-type Erythropoietin

The Targeted Erythropoietin

Blood Brain Barrier-on-Chip

These three illustrations describe the structure and function of the Blood Brain Barrier-on-Chip.

Software: 3dMax, Photoshop.

Copyright: Wyss Institute.

Cell Types

Chip Structure

Perfusion and Permeation

3D Printing Technologies

These illustrations show different strategies of 3D printing technology designs.

Software: 3dMax, Photoshop.

Copyright: Wyss Institute.

Modification of AAV to Reduce Immune Reaction

These images are chosen from a series of illustrations for a slideshow, which describes how the AAV virus gene therapy causes immune reactions and the modification of the AAV prevents this side effect.

Software: 3dMax, Photoshop.

Copyright: Wyss Institute.

AAV Gene Therapy Targets

Endocytosis of AAV into Immune Cells

Signal Transduction induced by AAV DNA

Immune Reaction Kills AAV Transduced Cell

Gene Modification of AAV DNA

COLD SNAP

Animated illustration: COLD-SNAP’s specialized coating isolates incoming hot air from outgoing wet air, allowing the hot air to be cooled by circulating water without adding humidity to the inside of the building.

Software: 3dMax, Photoshop, Illustrator, After Effect

Copyright: Wyss Institute

COLD-SNAP animated illustration

Heart-on-Chip

This illustration describes the design of the heart-on-chip. Cardiomyocytes grow on flexible film and serve as an in-vitro model to test medicines.

Software: 3dMax, Photoshop.

Copyright: Wyss Institute

Lipid Vesicle Enclosed DNA Scaffold

This illustration describes the structure of a lipid vesicle enclosed DNA scaffold, which could serve as nano-scale medicine delivering capsule.

Software: 3dMax, Photoshop

Copyright: Wyss Institute