Breakthroughs in Ultrasound Transducer Materials and Assemblies

About Our Guest  Dr. Alan Tai received his PhD in physics, specializing in quantum well research, from Boston College. Alan has worked at various medical ultrasound technology companies, including Philips as an engineer and GE Healthcare as a scientist. He has managed new medical ultrasound transducer products from development conception to successful commercial release. During his career in the engineering field, Alan has had twelve issued patents. Alan is currently a Scientist and author at scienceandlife.org with research in DNA, Ultrasound and Quantum well structure of nanoelectronics.   Additional Resources Learn about the outcomes of sonolucent cranioplasty in extracranial-intracranial bypass surgery. Discover how a polyolefin cranial plate could be implanted as a skull replacement to maintain craniotomic windows and perform post-surgical repeated blood-brain barrier opening with ultrasound guidance. Read this review of the literature on sonolucent cranioplasty and directions for future research. Gain additional insights into how translucent cranial implants can facilitate acoustic-based imaging. Questions? Email POCUS@Inteleos.org

About Our Guest 

Dr. Alan Tai received his PhD in physics, specializing in quantum well research, from Boston College. Alan has worked at various medical ultrasound technology companies, including Philips as an engineer and GE Healthcare as a scientist. He has managed new medical ultrasound transducer products from development conception to successful commercial release. During his career in the engineering field, Alan has had twelve issued patents. Alan is currently a Scientist and author at scienceandlife.org with research in DNA, Ultrasound and Quantum well structure of nanoelectronics.

 

Additional Resources

  • Learn about the outcomes of sonolucent cranioplasty in extracranial-intracranial bypass surgery.
  • Discover how a polyolefin cranial plate could be implanted as a skull replacement to maintain craniotomic windows and perform post-surgical repeated blood-brain barrier opening with ultrasound guidance.
  • Read this review of the literature on sonolucent cranioplasty and directions for future research.
  • Gain additional insights into how translucent cranial implants can facilitate acoustic-based imaging.

Questions? Email POCUS@Inteleos.org

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