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PRODID:IEEE vTools.Events//EN
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DTSTART:20250330T030000
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BEGIN:VEVENT
DTSTAMP:20250707T094929Z
UID:62DBA5F5-C2A8-4B9A-B80F-A0C649E95657
DTSTART;TZID=Europe/Madrid:20250703T113000
DTEND;TZID=Europe/Madrid:20250703T123000
DESCRIPTION:During the last years we have witnessed unprecedented advanceme
 nts of electronic technology in many fields of application\, and particula
 rly in the biomedical realm. Among the countless possibilities\, the techn
 ologies based upon the propagation of electromagnetic fields\, such as mic
 rowaves or millimeter waves\, raise as potential instruments as for non-in
 vasive measurement of certain biomarkers.\n\nDuring this lecture\, we will
  acquaint ourselves with the fundamental principles of operation of these 
 technologies\, with a particular focus on the measurement of blood glucose
  concentration\, the quintessential marker for diabetes management. Indeed
 \, self-measuring the blood glucose level (BGL) is part and parcel of diab
 etes daily routines. Currently\, most of the measuring methods are invasiv
 e and uncomfortable\, often leading to a reduced\, intermittent number of 
 measurements. The development of a reliable non-invasive method able to pr
 ovide the user with their BGL in a comfortable way\, with capabilities of 
 continuous BGL measurement\, seems therefore highly desirable.\n\nCo-spons
 ored by: SAAEI 2025\n\nSpeaker(s): Carlos G. Juan\, \n\nRoom: Salón de Ac
 tos (HS03) \, Bldg: Hospital de San Carlos\,  Calle de la Concha\, 44\, Ar
 anjuez\, Madrid\, Spain\,  28300
LOCATION:Room: Salón de Actos (HS03) \, Bldg: Hospital de San Carlos\,  Ca
 lle de la Concha\, 44\, Aranjuez\, Madrid\, Spain\,  28300
ORGANIZER:jesus.urena@uah.es
SEQUENCE:21
SUMMARY:Non-invasive Biomarkers Measurement by Electromagnetic Means: Past\
 , Present and Future
URL;VALUE=URI:https://events.vtools.ieee.org/m/489484
X-ALT-DESC:Description: <br /><p>During the last years we have witnessed un
 precedented advancements of electronic technology in many fields of applic
 ation\, and particularly in the biomedical realm. Among the countless poss
 ibilities\, the technologies based upon the propagation of electromagnetic
  fields\, such as microwaves or millimeter waves\, raise as potential inst
 ruments as for non-invasive measurement of certain biomarkers.</p>\n<p>Dur
 ing this lecture\, we will acquaint ourselves with the fundamental princip
 les of operation of these technologies\, with a particular focus on the me
 asurement of blood glucose concentration\, the quintessential marker for d
 iabetes management. Indeed\, self-measuring the blood glucose level (BGL) 
 is part and parcel of diabetes daily routines. Currently\, most of the mea
 suring methods are invasive and uncomfortable\, often leading to a reduced
 \, intermittent number of measurements. The development of a reliable non-
 invasive method able to provide the user with their BGL in a comfortable w
 ay\, with capabilities of continuous BGL measurement\, seems therefore hig
 hly desirable.</p>
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