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The complicated thing about plants and biofuels.

A new publication from The Swedish Medical Nanoscience Center at Karolinska Institutet with co-authors from Linköpings universitet (Choong et al. Scientific Reports 8, Article number: 3108 (2018)) explains how plants can be used to make better biofuels using a new technique developed at The Swedish Medical Nanoscience Center. The findings are summarized in the video below.

The complicated thing about plants and biofuels. from Ben on Vimeo.


TV4 interview

Professor Agneta Richter-Dahlfors speaks about Nanomedicine in national science program on TV4. She covers nanoparticles as means of delivering pharmaceuticals, organic bioelectronics as means of controlling cellular signalling and novel imaging approaches for tissue microbiology.

Nanomedicine lecture

Professor Agneta Richter-Dahlfors speaks about Nanomedicine for students at the Nobel Museeum. Part 1.

Professor Agneta Richter-Dahlfors speaks about Nanomedicine for students at the Nobel Museeum. Part 2.

Sweden-Japan Workshop Bionano

The regular meetings between Swedish and Japanese researchers in Sweden-Japan Workshop BioNano create partnerships both across countries and across the research areas of nanotechnology and life sciences. Center director Agneta Richter-Dahlfors, says that cooperation will lead to a new generation of scientists who are able to communicate with both students and medical students, and that it will bring great benefit in the future.

DNA Origami Slotted Cross

span> Animation showing the internal structure of the DNA origami slotted cross design. This design has been rendered in DNA giving crosses that have a dimension of about 40 nm across, see our publication Douglas, Dietz, Liedl, Hogberg, Graf, Shih in Nature from May 21 2009. Shown is the DNA scaffold strand and how it is routed around in the final design. Björn Högberg lab.

DNA Visualisation of DNA origami folding

The animation shows how a DNA scaffold strand (blue) assumes the final shape of a DNA origami six-helix bundle. The short DNA strands that enter the scene at a later stage are the so called staples. The staples force the DNA scaffold to fold by hybridizing to different parts of the scaffold, stapling it toghether. This is certainly not what the actual folding looks like, but is intended to show how our DNA origami structures are connected together. Björn Högberg lab.

Scientific Visualization and Presentation in 3D

span>Modelling in Maya. For the Karolinska Institutet PhD course in Scientific Visualization and presentation in 3D (2630). Björn Högberg lab.

Olof Einarsson

A project of future bio-design in collaboration with Swedish Medical Nanoscience Center and University College of Arts, Crafts and Design. Biomass and biofilm produced by bacteria can be the future building material in an ecology driven society.

Uropathogenic E.coli; Infection model and virulence factors

To view an animated summary of our results so far, click on the black box below.

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