Difference between revisions of "THE TEXAS A&M UNIVERSITY SYSTEM patent applications published on July 25th, 2024"

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'''Summary of the patent applications from THE TEXAS A&M UNIVERSITY SYSTEM on July 25th, 2024'''
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1. **Summary**:
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The Texas A&M University System has recently filed patents for innovative technologies including wearable optical devices with PPG sensors for physiological monitoring, impedance sensing technology for evaluating sterility and bioburden in solutions, and a wound dressing with shape memory polymer foam and hydrogel. These patents offer advancements in healthcare monitoring, pharmaceutical quality control, and wound care treatment.
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2. **Key Points of Patents**:
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  * Wearable optical devices with PPG sensors for real-time physiological monitoring.
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  * Utilization of impedance sensing technology for assessing sterility and bioburden in solutions.
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  * Wound dressing with shape memory polymer foam and hydrogel for effective wound care.
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3. **Notable Applications**:
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  * Medical monitoring, fitness tracking, and rehabilitation monitoring with wearable optical devices.
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  * Pharmaceutical manufacturing, healthcare facilities, and food production for impedance sensing technology.
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  * Wound dressings for hemorrhagic tissue and medical devices for controlled tissue expansion with shape memory polymer foam and hydrogel.
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==Patent applications for THE TEXAS A&M UNIVERSITY SYSTEM on July 25th, 2024==
 
==Patent applications for THE TEXAS A&M UNIVERSITY SYSTEM on July 25th, 2024==
  

Latest revision as of 07:48, 26 July 2024

Summary of the patent applications from THE TEXAS A&M UNIVERSITY SYSTEM on July 25th, 2024

1. **Summary**: The Texas A&M University System has recently filed patents for innovative technologies including wearable optical devices with PPG sensors for physiological monitoring, impedance sensing technology for evaluating sterility and bioburden in solutions, and a wound dressing with shape memory polymer foam and hydrogel. These patents offer advancements in healthcare monitoring, pharmaceutical quality control, and wound care treatment.

2. **Key Points of Patents**: 

  * Wearable optical devices with PPG sensors for real-time physiological monitoring.
  * Utilization of impedance sensing technology for assessing sterility and bioburden in solutions.
  * Wound dressing with shape memory polymer foam and hydrogel for effective wound care.

3. **Notable Applications**: 

  * Medical monitoring, fitness tracking, and rehabilitation monitoring with wearable optical devices.
  * Pharmaceutical manufacturing, healthcare facilities, and food production for impedance sensing technology.
  * Wound dressings for hemorrhagic tissue and medical devices for controlled tissue expansion with shape memory polymer foam and hydrogel.



Patent applications for THE TEXAS A&M UNIVERSITY SYSTEM on July 25th, 2024

MULTI-SENSOR UPPER ARM BAND FOR PHYSIOLOGICAL MEASUREMENTS AND ALGORITHMS TO PREDICT GLYCEMIC EVENTS (18418861)

Main Inventor

Kimberly BRANAN


PHARMACEUTICAL COMPOSITIONS CONTAINING STABLE AMORPHOUS SOLID SOLUTIONS AND DISPERSIONS (18562601)

Main Inventor

Ziyaur RAHMAN


HEMORRHAGE MANAGEMENT SYSTEM (18586901)

Main Inventor

Duncan J. Maitland


A PLATFORM FOR THE FAST, LABEL-FREE, AUTOMATED EVALUATION OF STERILITY AND BIOBURDEN (18290485)

Main Inventor

Arum Han


MULTISPECTRAL OPTICAL FINGER SYSTEM FOR PHYSIOLOGICAL MEASUREMENTS (18418887)

Main Inventor

Kimberly BRANAN

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