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pH Sensor Provides Measurement Accuracy

2016-03-12 04:39:18| Chemical Processing

Differential pH and ORP sensors are suited for industrial and municipal wastewater treatment.

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Internal Positive Control Reagent Improves Accuracy of Veterinary Diagnostic Tests

2016-03-11 01:00:00| ThePigSite - Industry News

US - Veterinary diagnostic laboratories now have access to an internal positive control (IPC) reagent that is designed to improve the accuracy and effectiveness of their test results.

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Differential pH/ORP Sensors use 3 electrodes for max accuracy.

2016-03-10 14:31:07| Industrial Newsroom - All News for Today

Available for industrial and municipal water treatment operators, SD7000CD and SD7000CD-ORP offer chemically-resistant direct replacement options for Hach®/GLI and Water Analytics/Aquametrix analog 5-wire pH and ORP sensor models. Solution pH is measured differentially with process and inner reference (surrounded by known concentrated pH 7 buffer) electrodes compared to third ground electrode. This minimizes reference junction potential and eliminates sensor ground loop effects.

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Digital Temperature Sensor is designed for high accuracy.

2016-03-09 14:31:06| Industrial Newsroom - All News for Today

Based on CMOSens® technology, STS3x offers accuracy of ±0.3°C and comes in 8-pin, 2.5 x 2.5 x 0.9 mm DFN package that fosters application integration. Functionality includes enhanced signal processing, 2 distinctive and user-selectable I²C addresses, and communication speeds up to 1 MHz. Operating from 2.4–5.5 V supply range, calibrated sensor provides linearized, digital output compensated for supply voltage instabilities. Alert option offers definable temperature set points.

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Study Highlights Need for increased genome sequencing accuracy.

2016-03-07 14:31:07| Industrial Newsroom - All News for Today

Published in Genome Medicine, "Medical implications of technical accuracy in genome sequencing" assesses accuracy of modern human-genome-sequencing technologies. This study found that medically significant DNA blueprint portions are situated in complex, hard-to-analyze regions prone to systematic errors. Stanford University and NIST researchers say it is essential to have methods to benchmark performance in all regions that are sequenced for diagnostic or other medical purposes.

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