Faculty of 1000 evaluations.

'Slings' enable neutrophil rolling at high shear (2012).

Protein kinase A governs a RhoA-RhoGDI protrusion-retraction pacemaker in migrating cells (2011).

Visualizing a one-way protein encounter complex by ultrafast single-molecule mixing (2011).

Self-organization in high-density bacterial colonies: efficient crowd control (2007).

Research journals and magazines.

"Chemoattractant Signaling in Dictyostelium: Adaptation and Amplifi cation", By Pablo Iglesias, Science Signaling 5 (213), pe8 (2012) PDF

“Folding of a Single α-Synuclein”, by Sara Webb, ACS Chemical Biology 6, 299 (2011) PDF

“Microfluidic devices streamline fluorescence experiments”, by Ashley Smart, Physics Today 64, 16-18 (April 2011) PDF

“A triple threat to single molecules”, by Martin Gruebele, Nature Methods 8, 214-215 (2011) PDF

“Enhanced photostability of fluorophors”, by Petra Dittrich, Lab on a Chip 9, 3176 (2009) PDF  

“An adjustable corrective lens for two-photon microscopy”, by Hank Hogan, Biophotonics International, Jan. 2008, p. 18-19 PDF

“Self-organization in bacterial colonies”, research highlight by Petra Dittrich, Lab on a Chip 8, p. 197 (2008) PDF  

“Biofilms”, Research highlight in brief, Nature Reviews Microbiology, Dec. 2007 PDF

“Crowd control”, Research highlight, Nature 450, 322 (2007) PDF  

“Flow cytometry moves forward”, by Hank Hogan, Biophotonics International, Nov. 2006, p. 38-40.“Szilard's dream”, by Nathalie Q Balaban, Nature Methods 2, pp. 648-649 (2005) PDF

“Microfluids change direction”, by Nicolas Garnier, Physics World, June 2004, p.22 “Microfluidic Memory”, by Andrew de Mello, Lab on a Chip, 3, p. 35N, 2003 PDF

“Nichlineare rheologie. - Flüssige Mikroschalter” (In German. “Non-linear rheology. – Liquid micro-switch”), by Volker Drach, Physik in Unserer Zeit, 34 (5), p.200 (2003)  PDF

“Controlling the flow”, by Melanie Brazil, Nature Reviews Drug Discovery 2, p. 510 (2003) PDF  

“Turbulence without inertia”, by Ronald G. Larson, Nature 405, pp. 27-28 (2000) PDF

 On-line media and newspapers.

"How Does The Immune System Power Inflammation?", Medical News Today, July 5, 2012

"Key Step in Immune System-Fueled Inflammation Discovered", ScienceDaily, July 1, 2012

“Watching single molecules under flow”, Research Journal Highlights, Nature Methods, Feb. 7, 2011

“Researchers Develop Method to Study Transiently Folded Proteins“, GEN news highlights: Feb. 9, 2011

“Understanding Biofilms”, by Amy Proal, Bacteriality: exploring chronic decease, 2008

“Microfluidic device may reveal ways to fight antibiotic-resistant biofilms”, Medical News Today, November 14, 2007

“Together we stand: bacteria organize to survive hostile zones”, Physorg.com, November 13, 2007 

“Efficient crowd control in bacterial colonies”,  ScienceDaily, Oct. 31, 2007  

“Slime city reveals how bacteria cooperate”, MSNBC Technology and Science, November 20, 2007

“Bacterial crowd control”, MicorbiologyBytes, December 21, 2007

“Welcome to the Micro-Hotel California”, Dec 2, 2007  

“Self-organisation among bacteria”, by Thomas Hesselberg, Life of Science, October 31, 2007

“Microfluidic chip helps solve cellular mating puzzle”, EurekaAlert, February 2007 

“Cross-flow microdevice enables plasma separation”, separationsNOW.com, June 19, 2006 “Triangles form one-way channels”, Technology Research News, March 24, 2004,

“Femtosecond Laser Brings 3-D to Microfluidics”, Photonics Spectra, August 2005

 “Liquid Diode designed”, SETSquared, April 5, 2004

“Microfluids change direction”, Physics Web, June 2004

“Panschen im Kleinen: Fliesskontrolle und Datenspeicher mit flussigen Polymeren” (In German. “Splashes in small: flow control and data storage with liquid polymers”), Wissenschaft-online, May 9, 2003

“’Simple, cheap technology’ hold huge promise”, by United Press International, SmallTimes news report, May 2003

“Liquid memory devices, drug dispensers”, The Washington Times, May 8, 2003   

“Diabetes Therapies and Liquid Memory May Develop from Micro Fluid Research, Science Researchers Say”,  American Association for the Advancement of Science news report, 8 May 2003  

“Microfluidics go nonlinear”, Technology Research News, May 29, 2003  

“Turbulence turns elastic”, Physics Web, May 5, 2000