IEEE Sensors Alert

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This novel, low-cost #sensor uses an interdigitated #electrode to achieve high-sensitivity pH and concentration analysis of aqueous #solutions, which makes it suitable for #EnvironmentalMonitoring.

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#EcoInnovation #CleanTech

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Researchers have developed a novel electrochemical impedance spectroscopy-based #sensor to measure pH and solute concentration. The low-cost sensor could find use in #agriculture and #EnvironmentalMonitoring.

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Most #WearableSensors can’t maintain pressure sensitivity across a wide range.

But now, #researchers have developed an MWCNT-based capacitive pressure #sensor that can address this gap!

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#FlexibleSensors #HealthTech

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This new multi-walled carbon nanotube (MWCNT)-based capacitive pressure #sensor achieves high sensitivity over a wide linear range of 2–50 kPa, indicating its potential for use in intelligent #robots.

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#science

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A new #WearableSensor can detect vocal cord and pulse rhythms!

The #sensor is made of electrospun PVDF nanofibers, ZnO nanorods, and MXene, and achieves high sensitivity, ultra-low detection, and fast response time.

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Researchers have developed an electrospun nanofiber-based #FlexibleSensor for use in #WearableElectronics. This piezoelectric sensor could be used for human–computer interaction and #SoftRobots.

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This #NeuralNetwork-enhanced complex electrical impedance myography (C-EIM) technique shows promise for #diagnosis of swallowing #disorders. The method could help with early and sensitive diagnosis.

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#SmartDiagnosis

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Researchers have developed a new complex electrical impedance myography (C-EIM) technique for swallowing #disorder #diagnosis. It uses #NeuralNetworks to achieve 95.2% recognition rate!

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Researchers recently characterised an artificial blood plasma solution for use in the design of #NonInvasive glucose sensors. They also proposed a novel microwave #sensor that is flexible and low-cost.

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#Health #MedicalDevices

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No more pricking fingers for blood sugar levels!

Researchers have developed a new sensor that detects variations in blood glucose non-invasively. Inexpensive to fabricate, this holds promise for the future of non-invasive health monitoring.

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A promising new tool for food safety screening!

A new quantum dot-based biosensor uses fluorescence changes to detect low concentrations of 2 pesticides—profenofos and acetamiprid—in a single sample.

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Scientists have developed a new #biosensor which can detect 2 common pesticides in one sample at the same time!

This could pave the way for faster, simpler tests for food safety.
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A step forward in wearable biosensors!

A new microneedle-based sensor can detect uric acid in transcutaneous interstitial fluid with high sensitivity and specificity.

Read the full paper at: ieee-sensorsalert.org

#DiabetesAwareness #type2 #SensorsAlert

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Real-time uric acid monitoring just got more feasible!

Researchers have developed a microneedle-based biosensor that has a wide detection range, a low detection limit, and friction resistance—making it ideal for continuous wear.

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Researchers have developed a new #biosensor to detect uric acid that is suitable for prolonged wear, marking an important step in monitoring conditions such as gout, kidney disease, etc.

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A new MEMS device uses cantilever-enhanced photoacoustic spectroscopy to detect as little as 0.58 ppb of CO₂ in just 49 seconds!

Never miss an update on the latest innovations in #sensors research.

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