Scientists use nanosensors for first time to measure cancer biomarkers in blood

Scientists use nanosensors for first time to measure cancer biomarkers in blood.  From Eurekalert: New Haven, Conn.—A team led by Yale University researchers has used nanosensors to measure cancer biomarkers in whole blood for the first time. Their findings, which appear December 13 in the advanced online publication of Nature Nanotechnology, could dramatically simplify the… Continue reading Scientists use nanosensors for first time to measure cancer biomarkers in blood

Researchers show how proteins slide along DNA to carry out vital biological processes

Researchers show how proteins slide along DNA to carry out vital biological processes. For decades, scientists have known that proteins searching for genetic sequences are able to locate them at rates much faster than expected. They found that rather than moving around the entire three-dimensional space inside a cell, they moved in one-dimension, along DNA… Continue reading Researchers show how proteins slide along DNA to carry out vital biological processes

A molecular machine in action

From the protein crystallography beamline at Berkeley Labs Advanced Light Source: an action shapshot the Rho transcription factor from E. coli. The orange spiral in the middle is a strand of RNA, and Rho is everything else.   (http://www.youtube.com/watch?v=UPQ0OnlfkkA) (h/t Technology Review blog)

Peptides control crystal growth with switches, throttles and brakes

Peptides control crystal growth with switches, throttles and brakes. From Physorg.com.     (PhysOrg.com) — By producing some of the highest resolution images of peptides attaching to mineral surfaces, scientists have a deeper understanding how biomolecules manipulate the growth crystals. The research, which appears in the Nov. 23 online edition of the journal Proceedings of… Continue reading Peptides control crystal growth with switches, throttles and brakes

Atomic precision as the goal of nanotechnology

Nanotechnology Enables Real Atomic Precision is the title of a piece by Susan Smith in Desktop Engineering, which includes comments by longtime Foresight Senior Associates Steve Vetter and Tihamer Toth-Fejel: While nanotechology might mean different things to different people, the term was originally coined to describe the building of things from the bottom up with… Continue reading Atomic precision as the goal of nanotechnology

Technology Review: Blogs: arXiv blog: Self-Propelling Bacteria Harnessed to Turn Gears

Technology Review: Blogs: arXiv blog: Self-Propelling Bacteria Harnessed to Turn Gears. No, it’s not harnessing the flagellar rotory motor to turn nanogears, it’s harnessing the entire beast, statistically, to turn microgears. Still interesting.

IBM DNA "Transistor"

YouTube – IBM DNA Transistor. It isn’t really a transistor, it’s a gadget for sequencing DNA through a nanopore. But it’s getting close to the way one expects nanotech to read a molecule, as it it were a magnetic tape or the like. Now if they could only come up with a way to write… Continue reading IBM DNA "Transistor"

Nanotechnology for chemical and biological defense: the book

Here at Foresight our main focus is on longer-term technologies such as molecular manufacturing, but we keep an eye on what’s arriving along the nearer-term pathways as well.  In 2007 I attended a workshop on “Nanotechnology for Chemical and Biological Defense” and the proceedings volume of that meeting, with the same name, is now available.… Continue reading Nanotechnology for chemical and biological defense: the book

Proteins

If you were an alien from an advanced civilization who had been stranded on Earth, but had all your people’s knowledge on a thumb drive, how would you go about creating nanotech and building up Earth’s technology to the level you could rejoin your galactic civilization? If you actually knew the details, probably one of… Continue reading Proteins

Advancing nanotechnology by organizing functional components on addressable DNA scaffolds

Two recent publications provide more evidence of the growing capability of DNA scaffolds to support complex and interactive functions.

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