David s goodsell biography examples

Insulin Action. Ebola Virus. Mycoplasma mycoides. Biosites: Cytoplasm. Biosites: Blood Plasma. Biosites: Nucleus. Biosites: Red Blood Cell. Biosites: Basement Membrane. Biosites: Muscle.

David s goodsell biography examples

HIV in Blood Plasma. Escherichia coli. Education Materials provide lessons and activities for teaching and learning. Toggle navigation PDB Training and outreach portal of. Molecular Landscapes by David S. By Year By Name. Gallery By Year Kinetochore Influenza Virus Bacteriophage T4 Infection HIV-Infected Cell Insulin Release Caulobacter Polar Microdomain Conversely, his illustration of cell interiors sometimes called molecular landscapes are hand-painted in watercolours.

For individual proteins, Goodsell's illustrations are directly generated from solved protein structures deposited in the PDB using custom computer renderings that he wrote in Fortran now released as an online illustration tool. Representations of large macromolecular complexes or crowded cellular environments require interpretation and synthesis of multiple different types of scientific imaging.

In addition to scientific papers, Goodsell is the author of several scientific books with a focus on illustration: [ 10 ] [ 23 ]. Contents move to sidebar hide. Article Talk. Read Edit View history. Tools Tools. Download as PDF Printable version. In other projects. Wikimedia Commons Wikidata item. Structural biologist and scientific illustrator.

Education [ edit ]. Research [ edit ]. Illustration [ edit ]. The Cascade protein complex blue bound to the crRNA guide strand orange. You can contact them at their website at www. Pages Home My researcher profile. Sunday, October 28, The science and art of David Goodsell. Portion of an E. Image courtesy of David Goodsell. At the University of Lausanne, when I was a biology student, our great professor Jacques Dubochet tried to instil in us some sense of the physics at play in the biological world.

He is an expert in the structure of biomolecules, and he uses computer simulations to illustrate molecular organizations and interactions. But what makes his work truly unique is the use of classic watercolor painting to represent cells and their compartments: anything from a bacterium to the Golgi apparatus of a eukaryotic cell, nerve synapses or even viral particles.

And did I mention they were beautiful too? David : I started doing these cellular illustrations during my postdoctoral work with Arthur Olson. Much of my research was very focused on a single topic, and the challenge of digging up all the information that I needed for the illustrations was a great way to step back and look at the larger body of scientific knowledge, and reconnect with my love of biology and natural history.

Would you say that your illustrations are an integrative part of your research work? David : Oh yes -- my work in visualization has always been tied closely to my research. For instance, as part of the HIVE CenterI'm currently working on some illustrations that will depict the different stages of the HIV life cycle and the viral and cellular molecules that are involved.

The goal of these illustrations is to integrate what is known, and to highlight areas that are still in question. Sciencemotionology: Have you ever felt the need to compromise scientific accuracy for the sake of aesthetics?