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tag atomic force microscopy immunology
Structure by Feel
Amy Maxmen
| Apr 1, 2013
| 8 min read
Applying the sensitive touch of atomic force microscopy to DNA, cells, and proteins
Suited to a T
Kelly Rae Chi
| May 1, 2013
| 8 min read
Sorting out T-cell functional and phenotypic heterogeneity depends on studying single cells.
“Alive” and In Focus
Sarah Webb,
Knowable Magazine
| Oct 1, 2012
| 7 min read
Imaging viruses in action
The Mechanobiology Garage
Andy Tay
| Jul 16, 2017
| 7 min read
New tools for investigating how physical forces affect cells
Sensing a Little Tension
Nicholette Zeliadt
| Sep 1, 2013
| 8 min read
Tools and techniques for measuring forces in living cells
Freeze Frame
Jeffrey M. Perkel
| Feb 1, 2009
| 10 min read
How to troubleshoot sample preparation for cryo-electron microscopy, an up-and-coming structural biology technique.
Those We Lost in 2018
Ashley Yeager
| Dec 26, 2018
| 10+ min read
The scientific community said goodbye to a number of leading researchers this year.
The Search for Persisters
Amanda B. Keener
| Aug 11, 2015
| 4 min read
Lyme disease–causing bacteria can outmaneuver antibiotics in vitro and manipulate the mouse immune system.
From Buckyballs to Nanotubes
Ricki Lewis
| Feb 18, 2001
| 6 min read
Photos © Michael Davidson and The Florida State University These photos show the 60-carbon alkene buckminsterfullerene ("buckyballs"). This substance joins graphite and diamond as a third form of carbon molecule. Technology sometimes derives from clever combinations of tools. Merging immune system cells with cancer cells led to the hybridoma technology that produces monoclonal antibodies. A recipe of restriction enzymes, plasmids, and DNA underlies recombinant DNA and transgenic technologi
The Optical Trap
Don Monroe
| Aug 28, 2005
| 8 min read
When Art Ashkin, Steve Chu, and their colleagues at Bell Labs in Holmdel, NJ, first invented optical tweezers, they spent their days pushing around tiny, glass spheres.
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