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Patton'd Studios

medical illustration of Composite photograph of plastic crystals and nanofibers of the same substance.
medical illustration of Refractograph of light passing through a glass medium. Part of a scientific photography series.
medical illustration of There aren't many reference images of lubricin, however, it's structure appeared similar to that of ocean kelp; with rhizomes branching off of a long central spine and a sticky protein structure adhering it to the surface. Here, we expand on this notion with an abstract representation of Lubricin.
medical illustration of Sodium electrolytes are showing great potential as safe, high-performance components for the next generation of energy storage devices. Here we present a celebration of Sodium.
medical illustration of Depiction of self-assembling catalysts for electrocatalysis and electroreduction processes for publication in an acadenic journal.
medical illustration of 3D-printed bio-scaffolds can propagate the growth of stem cells and be subsequently engineered into any of the three types of dermal cell: endodermal, mesodermal or ectodermal. These cell types are represented by the histologically derived neurons, lung tissue and muscle fibers depicted.
medical illustration of An abstract interpretation of a brain grown from stem cell cultures.
medical animation of This abstract promotional video was produced for the 2018 International Conference on Nanoscience and Nanotechnology (ICONN). The footage was produced using iron filings and suspensions of iron oxide making it a highly relevant marketing video and educational tool.
medical illustration of Refractograph of light passing through a glass medium. This image is part of a photography in science series.
medical illustration of An abstract interpretation of big data globalizing industries and connecting people. Part of a promotional marketing video.
medical animation of Compilation of the motion design work created by the Studio for science research and education throughout 2017.
medical illustration of Hydrogels are incredibly diverse, biocompatible substances that can be used for a wide variety of fields from 3D bio-printing, to cell cultures. Because of their biocompatibility, hydrogels have even been used in gastronomy. Here, we try to portray the vastness of possibilities by making parallels with the untapped vastness of the universe.
medical illustration of Refractograph of light passing through a glass medium. Part of a photography in science series.
medical illustration of Analysis of the structural changes in glucose it is heated as part of a
medical illustration of Refractograph of light passing through a glass medium. Part of a photography in science seires.
medical illustration of 3D model of impact zones for world first safety ranking system of motorcycle apparel.
medical illustration of Animation still of a 3D molecule representative of a virus.
medical illustration of Refractograph of light passing through a glass medium. Part of a photography in science series.
medical illustration of An animation still of a 3D abstract galaxy as part of a marketing video for a professional education event.
medical illustration of Refractograph of light passing through a glass medium. Part of a photography in science series.

Profile

Today’s complex issues cannot be solved by one sector alone. The science communication and innovation hub: Patton'd Studios, endeavors to harness design to create engaging visuals that inform, inspire and incite change towards implementing solutions that have a positive impact. Covering all forms of media from illustration and photography, to motion graphics and web solutions, the Studio applies knowledge of design, storytelling and aesthetics, to communicating the incredible worlds of scientific research and the important role it plays in creating tomorrow's solutions.

Style/Techniques

Animation, Black & White, Collage, Color, Design, Line with Color, Photography, 3D, Models, Video, Microscopy

Subject/Specialties

Biology, Biotechnology, Cell biology / Histology, Medical Devices, Molecular Biology, Neuroscience