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November, 2007
Nanotech Briefs® Nano 50™ selection
committee announced it had chosen DTI’s robotic system,
RoboMate as a winner of the third annual Nano 50™ Awards.
more
May, 2007
DTI introduces a new line of economical
laser diode systems and several unique laser systems
with applications in ultra-fast molecular
spectroscopy, photochemistry, biophysics, solid-state physics, and
material science.
more
February, 2007
DTI-NanoTech's
RoboMate STX
the
first
motorized and automated
stereotaxic instrument for microsurgery and
microinjection on mice and neonatal rats.
more
December, 2006
An
article, discussing
DTI's innovative piezoelectric technology for precise
angular and nanopositioning and its impact on the
biomedical and microelectronic fields, was published in the Nov/Dec
Issue of the peer reviewed Journal IEEE Circuits and Devices
Magazine
more
June, 2006
DTI-NanoTech's
RoboMate
advanced hybrid positioner was featured on
the front cover of Vision Systems Design Magazine
more
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BioStat™/MonoStat™
Multi-Mode
Potentiostats
The BioStat
and MonoStat state-of-the-art
systems
are DSP-based, multi-mode potentiostats
designed to be used with a wide range of electrodes
for measurement of Nitric Oxide, Glutamate, Oxygen,
pH, temperature and other biologically significant
molecules. |
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more |
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NM3D-25VP
Stem
Cell Manipulation Made Easy
The NM3D-25VP is a
state-of-the-art 5-axis motorized programmable
nanomanipulator system designed for stem cell research
and other applications requiring ultra-precise
positioning control. The
system combines extremely high resolution (1
nanometer), with long-term stability. XYZ positioning
is achieved via a joystick controller. The Z-axis can
be programmed for auto 'home' and 'work' positions at
the touch of a button.
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more |
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in-vivo,
whole animal, macro imaging systems
Pan-A-See-Ya Panorama
imaging system employs a unique design that allows the
researcher to image over 270 degrees of the animal.
Targets like a fluorescent tumor can be viewed from
two different angles at the same time with a single
camera.
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OxyLab p02
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OxyLite |
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The
physiological parameters most useful to the researcher
are those which provide information specifically
relating to oxygen balance (i.e. supply vs. demand) in
tissues exposed to changes in oxygen supply (i.e. during
ischemia or reperfusion). In addressing these
requirements, a range of in vivo
tissue monitoring instruments that utilise fibre-optic
micro-sensors has been developed
to provide real-time data for tissue oxygenation
(ptO2), tissue blood perfusion (blood flow) and tissue
temperature.
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GelCount™
3-D Soft Agar
Colony Counter
GelCount™
is a dedicated laboratory bench-top system developed
specifically
to
detect, count and analyze stained or unstained,
non-adherent mammalian cell colonies in
3-D suspension media (soft agar, methylcellulose etc).
GelCount™ supports 6, 12, 24, 48 and 96-well plates as
well as 35mm Petri dishes
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Calendar |
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2008 shows |
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June 1-5
NSTI
Nanotech 2007
Boston, MA |
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July 15-19
Semicon West
San
Francisco, CA |
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November 15-19
Society for Neuroscience
Washington, DC |
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