NANOBIO
UPDATED DECEMBER 10, 2005
Real-time Detection of Individual Airborne Biological Particulates Using Mie Scattering and
Laser Induced Auto-Fluorescence Detection Techniques
David Silcott, S3I, LLC, Owings Mills, MD
CNT/Sensor/Glucose/Patent/Stanford
Smart Catalysts Detects, Traps And Deactivates Airborne Bugs
US Published Patent Application 0040042151 March 4, 2004
Magnetic carbon 'nanofoam' could find medical applications<<>>Nano-foam makes magnetic debut
Biomed Solutions, LLC/Point Source for Producing Electron Beams/United States Patent Application 20030127594
Nanoscale technology for investigating biomolecular processes in single living cells
Nanotechnology researchers have developed a way to label tiny disease markers in blood with
unique DNA tags/bio-bar-code amplification (BCA)/Mirkin
Diagnostic method based on nanoscience could rival PCR 
Coating Makes Nanoparticles Cell-friendly/Peptide coatings, developed by researchers at the University of
California, Los Angeles, can be used to disguise the particles so effectively that cells mistake them for proteins.
The Ups and Downs of Nanobiotech
Ten years from now, a visit to the doctor could be quite different than it is today. How different?
Imagine tiny particles that "cook " cancers from the inside out;
"smart bomb" drugs that detonate only over their targets; and
finely structured scaffolds that guide tissue regeneration.
Researchers create nanotubes that change colors, form 'nanocarpet' and kill bacteria
Photos
Virus detection/Lieber/Harvard/Cornell
Carbon nanotubes offer a new approach to gene therapy
Prabhu Soundarrajan - Cojugated Polymer (PANI = Polyaniline or Polypyrrole)
Biosensor - Polyaniline Coated CNTs
PDF file Link to "Sensors and sensor arrays based on conjugated polymers and carbon nanotubes"
NNPP Nanobiosensor patent filings Link (hit 'Patents', look for 'Nanobiosensor')
RB message Link
University of Illinois at Urbana-Champaign
Near-infrared nanoscale sensor with encapsulated CNTs that detects glucose
Link
RB message Link comparing this development to the ANI/Sondarrajan development above
Ralph Weissleder, Mukesh Harisinghani - Massachusetts General Hospital in Boston
Breakthrough in 'nano' tracking of cancer hailed
Link to article
Link to RB message
Link to medical Journal PloS Medicine
SUNY University at Buffalo, Paras N. Prasad
Using Customized Nanoparticles, UB Scientists Achieve Non-Viral Gene Delivery In Vitro and Track it in Real-Time
Nanoparticles made from a new class of materials: hybrid, organically modified silicas (ORMOSIL)
Link
Nalin Kumar Individually addressable nanoelectrode array - NNPP?
Carbon Nanotube cell probe
Link to US 20050017173 Jan. 27, 2005 patent filing
Link to RB message
UW - Madison
Robert Hamers, Joseph Beck, Lu Shang and Matthew Marcus
Harnessing Microbes, One By One, To Build A Better Nanoworld
The device could be constructed, according to Beck, utilizing the natural features bacteria and other microbes use to sense their environments. The wired bacterial cells, coupled with modern microelectronics, would have the ability not only to detect dangerous agents (anthrax spores, for example) but they then could sound the alarm and call for help.

"You could even engineer bacteria to have different surface molecules that you could capitalize on," says Beck.

For instance, it may be possible, the Wisconsin scientists say, to attach microscopic gold particles to the shell of the bacterium, making it more like a nanoscale gold wire.

Hamers believes the new work could be the basis for bringing nanotechnology and biology together in unprecedented ways.

Moreover, the ability to routinely and easily capture and analyze individual microbes will have implications for conventional biotechnology as well. For example, chemical modifications to the electrode traps might make it easier for scientists to retrieve specified cells from a complex mixture.
Link
UTD
Gregg R. Dieckmann
Ray H. Baughman, Rockford K. Draper ,
Inga H. Musselman, Paul Pantano
Peptide wrapped CNTs
�We expect to advance the understanding of the synthetic-biological materials interface
for molecular medical applications,� he said. �This work should have wide-ranging impact
in the life sciences, especially where nanoparticles are used as in vivo imaging agents,
chemical sensors, drug delivery devices and artificial tissues.�
Link
Michael Wong/Rice U
Rice unveils 'green' microcapsule production method
"Our process takes place almost instantaneously, at room temperature, under normal pressure,
in water, and at mild pH values," said Wong, assistant professor of chemical and biomolecular
engineering, and chemistry. "The spheres naturally become hollow during the self-assembly,
which is highly unusual and is an advantage over existing methods."
Link
NANOVIRICIDES
THE NANOTECHNOLOGY REVOLUTION IN BIOPHARMACEUTICS
A New Era in Targeted Anti-Viral Therapeutics
Imagine having a nano-scale molecularly engineered "guided missile", about the size of a few
billionth of a meter, that courses through the blood-stream, seeks its target e.g. a virus particle,
attaches itself to the target, and then destroys the target completely.
We believe that nanoviricides are the next great advance in medicine. It is possible that some HIV
patients may be "cured" by the drugs developed at NanoViricides Inc. We hope that with further
knowledge and new advancements in medicine, many viral diseases will be curable. We hope to
spearhead these efforts.

Link to web site
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