Protein artists
- 2010 Protein Portraits in the news
- Alissa Eckert
- Bathsheba Grossman
- Byron Rubin
- David Goodsell
- Drew Berry
- Gael McGill
- Irving Geis
- Jane Richardson
- Janet Iwasa
- Jenny Langley
- Julian Voss-Andreae
- Mara Haseltine
- Maria Winners infectious art
- Mike Tyka
- Protein art by May_k
- Steve Miller
- Wunderkammer crochet
Protein science
- AlphaFold
- AlphaFold: How to predict structures
- AlphaFold: Tutorial
- David Goodsell's Molecule of the Month
- Domain classification: CATH
- Domain classification: SCOP
- Folding at home
- Foldit
- Jane Richardson modeling
- Perkins: History of Molecular Representation Part 2
- Protein Spotlight (SIB)
- RCSB PDB: Search the protein databank
Studio tricks and materials
Viral artistry
- 2015 Year of the Phage
- Ann Kiernan for The Washington Post
- Bad news wrapped in protein
- Corona virus mandala
- Goodsell CoV-2
- Illustration by Nicholas Konrad
- SARS-CoV-2 Spike Glycoprotein- 2D illustration
- SARS-CoV-2 Spike Glycoprotein-Macarroni models
- SARS-CoV-2 spike protein models, space filling, by David Veesler
- Sean McSorley, Virosphere illustration
- The Spiky Blob Seen Around the World
Weekly topics
Tag Archives: Protein Portraits 2020
Zika Virus Update: Ball Three
This is my third knitted zika virus ball. This time it has the neutralizing antibodies on it. I hope to make two more, one orange without the antibodies on it and another with blue antibodies on it.
Zika Virus Update: Ball Two
This is my second finished Zika virus yarn ball. ‘Finished’ because I have been working on the all white one I spoke of in my last post, but I haven’t figured out how to attach the neutralizing antibodies quite yet. … Continue reading
Zika Virus Update: Ball One
This is the first of hopefully many (3-5?) knitted Zika virus balls that I’m planning on making. For the next one I’m thinking of making the base ball a solid white and adding bright blue spikes to the outside to … Continue reading
This coronavirus is toast
The orange slices are the Spike proteins. The toast represents antibody molecules that have bound to the surface of the virus, creating immunoresistance for the host. This, after all, is where our hopes lie: Gaining immunity and making the virus … Continue reading
