Molecular Modeling and Protein Discovery

Intracellular reaction environments 

Surface modeling of Silicatein alpha

Keyhole limpet hemocyanin (KLH) axial channel

Molecular modeling of a repeating quadra-peptide

High Modulus Thermoplastichttp://web.me.com/unknown-account/Mass.bio_Desktop/Articles.html
Siloxane Polymer Synthesishttp://web.me.com/unknown-account/Mass.bio_Desktop/Articles.html
Tunable Structural Colorhttp://web.me.com/unknown-account/Mass.bio_Desktop/Articles.html
Crystal Nucleation and Growthhttp://web.me.com/unknown-account/Mass.bio_Desktop/Articles.html


Structurally Novel Classes of Biopolymers for Engineering Applications

Virus biodiversity

Protein-substrate interactions with siloxane precursors 

(Return to Image Gallery) Gallery.html

Novel cross-linking chemistry in squid beaks 

Squid Sucker Teeth http://web.me.com/unknown-account/Mass.bio_Desktop/Articles.html
Sponge Skeletons http://web.me.com/unknown-account/Mass.bio_Desktop/Articles.html
Squid Skin http://web.me.com/unknown-account/Mass.bio_Desktop/Articles.html
Mollusk Shells http://web.me.com/unknown-account/Mass.bio_Desktop/Articles.html

Imaging 

3D Printing 

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Our Tangible Proteomics team specializes in the development of additively manufactured multi-material molecular models for investigating protein-protein interactions in complex environments. 3DP.html