Mobile Phone Microscopy

Juli 23, 2009

Researchers at the University of California, Berkeley, US have developed the CellScope – a new microscope that can be attached to a common mobile phone with a camera to take color images of microorganisms. The CellScope consists of compact microscope lenses fitted in a holder, which is positioned in front of the mobile phones camera. By using an off-the-shelf phone with a 3.2 megapixel camera, the researchers were able to achieve a spatial resolution of 1.2 micrometers. In this way they were able to capture bright field images of Plasmodium falciparum, the parasite that causes malaria in humans and sickle-shaped red blood cells. They were also able to take fluorescent images of Mycobacterium tuberculosis, the bacterium that causes TB in humans. The development of CellScope moves a major step forward in taking clinical microscopy out of specialized laboratories and into field settings for disease screening and diagnoses. „The same regions of the world that lack access to adequate health facilities are, paradoxically, well-served by mobile phone networks,“ said Dan Fletcher, UC Berkeley associate professor of bioengineering and head of the research team. „We can take advantage of these mobile networks to bring low-cost, easy-to-use lab equipment out to more remote settings.“

CellScope prototype configured for fluorescent imaging (taken by David Breslauer)

CellScope prototype configured for fluorescent imaging (taken by David Breslauer, UC Berkeley)


European Biophysics Congress

März 24, 2009

The 7th European Biophysics Congress will take place in Genoa, Italy from July 11-15, 2009. The congress is organized on behalf of the Italian Society of Pure and Applied Biophysics (SIBPA) and the European Biophysics Societies Association (EBSA). It address to representatives from academic and industrial institutions.

Conference topics include:

1. Single molecule biophysics
2. Lipid biophysics
3. Folding/unfolding of proteins
4. Multiscale simulation
5. Chromatin, nucleosomes and molecular machines
6. Glycobiophysics
7. Biomolecular self-assembly
8. Photosensory biophysics
9. Structure-function relationships (channels, pumps, exchangers)
10. Live cell imaging
11. Protein-ligand interactions
12. Membrane microdomains and signalling
13. Biological motility and molecular motors
14. Interaction and recognition of DNA
15. Biomaterials and drug delivery
16. Single molecule fluorescence
17. Imaging and spectroscopy
18. Fluorescent proteins
19. Solar energy conversion and photosynthesis
20. Statistical, soft matter and biological physics
21. Condensed colloidal phase in biology
22. Ion channels in channelopathies and cancer
23. RNA world
24. Stem cells