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DTSTART:20260927T030000
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DTSTAMP:20260615T232022Z
UID:9AF7B91B-305B-43A2-ABDC-705F7B1B94EE
DTSTART;TZID=Pacific/Auckland:20260623T110000
DTEND;TZID=Pacific/Auckland:20260623T123000
DESCRIPTION:This research seminar presents 25 years of research by Prof. Pe
 dro Bertemes-Filho (UDESC\, Brazil) on electrical bioimpedance spectroscop
 y (EIS)\, a technique that measures the frequency-dependent electrical pro
 perties of biological tissues to extract clinically relevant information. 
 The talk traces a clear translational arc: starting from foundational inst
 rumentation work at the University of Sheffield\, where his landmark 2000 
 paper comparing Howland current source topologies for electrical impedance
  tomography established a global reference for EIS circuit design\, to the
  most recent and impactful outcome\, eGluco\, a wearable smartwatch for no
 n-invasive blood glucose monitoring.\n\nCo-sponsored by: Gautam Anand\n\nS
 peaker(s): \, Pedro\n\nBldg: WG404\, AUT City Campus\, 74 Governor Fitzroy
  Place\, Auckland\, North Island\, New Zealand\, 1010
LOCATION:Bldg: WG404\, AUT City Campus\, 74 Governor Fitzroy Place\, Auckla
 nd\, North Island\, New Zealand\, 1010
ORGANIZER:hgholamh@aut.ac.nz
SEQUENCE:10
SUMMARY:Electrical Bioimpedance at UDESC: from bench to bedside
URL;VALUE=URI:https://events.vtools.ieee.org/m/563879
X-ALT-DESC:Description: <br /><p>This research seminar presents 25 years of
  research by Prof. Pedro Bertemes-Filho (UDESC\, Brazil) on electrical bio
 impedance spectroscopy (EIS)\, a technique that measures the frequency-dep
 endent electrical properties of biological tissues to extract clinically r
 elevant information. The talk traces a clear translational arc: starting f
 rom foundational instrumentation work at the University of Sheffield\, whe
 re his landmark 2000 paper comparing Howland current source topologies for
  electrical impedance tomography established a global reference for EIS ci
 rcuit design\, to the most recent and impactful outcome\, <em>eGluco</em>\
 , a wearable smartwatch for non-invasive blood glucose monitoring.</p>
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