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Do No Harm – BioPhotonics Monthly (7/27/2016)

Do No Harm – BioPhotonics Monthly
Monthly newsletter focusing on how light-based technologies are being used in the life sciences. Includes news, features and product developments in lasers, imaging, optics, spectroscopy, microscopy,
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Wednesday, July 27, 2016
         
Monthly newsletter focusing on how light-based technologies are being used in the life sciences. Includes news, features and product developments in lasers, imaging, optics, spectroscopy, microscopy, lighting and more.

 
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From the Editor's Desk
 
 
Do No Harm
JAMES SCHLETT, EDITOR

Even though doctors are not bound to the requirement to do no harm, they should generally aim to inflict as little of it as possible, given the patient’s condition and circumstances. And this issue of BioPhotonics highlights how photonics are stepping in to help ophthalmologists to do just that.

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New Quantum Dots Excite In Vivo Imaging Advancements
New Quantum Dots Excite In Vivo Imaging Advancements
New quantum dots made without heavy metals are poised to take optical in vivo imaging to the next level.
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OCT Angiography Opens Eyes
OCT Angiography Opens Eyes
The U.S. ophthalmology market over the past year has seen the first wave of commercial optical coherence tomography angiography systems, but this technology must overcome certain limitations before reaching ‘gold standard’ status.
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In Case You Missed It
 
 
Optogenetic Technique Rapidly Screens for Cardiac Drug Safety
Optogenetic Technique Rapidly Screens for Cardiac Drug Safety
An optogenetic technique has been used to make cardiac cells beat and optically measure their response, enabling an automated drug-testing process called OptoDyCE.
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Fluorescent Biosensors Shed Light on Heme Activity in Cells
Genetically encoded fluorescent sensors are providing a way to track the mobilization of labile heme in cells. The sensors offer significant insight into the nature and dynamics of this potentially dangerous nutrient of which there has been little understanding until now.
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Heat from Laser Ablation May Treat Cancer Safely, Effectively
A novel fusion-imaging technique uses MRI to guide the insertion of a laser fiber into a cancerous tumor. The laser, once inserted, applies heat to the cancerous tissue, destroying it. This technique, known as MRI-guided focal laser ablation, could improve treatment options and outcomes for men with prostate cancer.
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Featured Products
 
 
TOPTICA Photonics Inc. - 8-color Microscopy Laser Engine 8-color Microscopy Laser Engine

TOPTICA Photonics Inc.
The multi-laser engine iChrome SLE provides up to eight different colors from a broad selection covering 405 - 640 nm.

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Prior Scientific Instruments Ltd. - Microscope Mounting Wings Microscope Mounting Wings

Prior Scientific Instruments Ltd.
Prior Scientific Instruments Ltd. has announced accessory mounting wings for its H117 stage for inverted microscopes.

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Lumencor Inc. - Lumencor’s SOLA SE FISH Light Engine Lumencor’s SOLA SE FISH Light Engine

Lumencor Inc.
Lumencor’s SOLA light engines offer access to modern solid state illumination, with all its performance and efficiency benefits, at a price comparable to most metal halide light sources. With reliability and maintenance-free service built in, they provide sustainable and cost-effective replacements for traditional...

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USHIO America Inc. - USHIO Introduces New Analytical Tool, PiCOEXPLORER™ Photo Absorption Sensor (PAS) USHIO Introduces New Analytical Tool, PiCOEXPLORER™ Photo Absorption Sensor (PAS)

USHIO America Inc.
The USHIO PiCOEXPLORER™model PAS-110 handheld photo absorption sensor utilizes patent pending, Silicone Optical Technology™ (SOT), a unique new concept designed to suppress optical scattering and reduce scattering light noise.

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Applied Scientific Instrumentation Inc. - Dual Inverted SPIM from ASI Dual Inverted SPIM from ASI

Applied Scientific Instrumentation Inc.
ASI has developed a new form of light sheet microscopy with our collaborators in the scientific community. The diSPIM system from ASI is an extremely cell friendly system for imaging live specimens.

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Advanced Energy Industries Inc. - Advanced Energy<sup>® </sup> UltraVolt<sup>® </sup> HVA Series—Precision High Voltage Amplifier Advanced Energy® UltraVolt® HVA Series—Precision High Voltage Amplifier

Advanced Energy Industries Inc.
The HVA series of DC-to-DC high voltage power supplies operates a precision filter/divider and linear HV switch to produce a high voltage amplifier (HVA). These modules provide a high-resolution, programmable, high voltage DC to full-scale waveform capability greater than 1 kHz output.

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Webinars
 
 
Controlling Quality in Advanced Optics Manufacturing
Controlling Quality in Advanced Optics Manufacturing
Tue, Aug 23, 2016 12:00 PM - 1:00 PM EDT
John Davis, engineering manager for Particle Measuring Systems, provides an overview of particle generation sources, control methods and ISO standards and examines performance trends in the optics industry that are driving manufacturers to reduce the contamination levels to which a component is exposed during manufacturing. He provides multiple examples of particle excursions in the optics industry that have been found and fixed, illustrating the types of improvements that can be made through contamination control.

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About BioPhotonics
 
 
BioPhotonics is the global resource for research, business and product news and information for the biophotonics community and the industry's only stand-alone print and digital magazine.

Stay current with a FREE subscription, and expand your knowledge of light and the life sciences through our extensive, industry-specific archives.

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