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PRODID:-//Iowa State University CALS LAS Web Team//sites.iastate.edu//EN
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UID:20240913T202000-994-www.chem.iastate.edu
DTSTART:20240913T202000Z
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TRANSP:OPAQUE
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LOCATION:1352 Gilman Hall
SUMMARY:Ryan Bailey (Analytical Seminar)
CLASS:PUBLIC
DESCRIPTION:Hosted by: Robbyn AnandTitle: \"Multiplexed Biomarker Analysis 
 to Improve Diagnostics of Infections and Infectious Diseases\"&nbsp\;Abstr
 act:The concept of precision medicine is predicated on an ability to compr
 ehend a patient’s disease state in a highly informed manner that ideally
  illuminates an effective treatment strategy. While commonly discussed in 
 the context of diseases that progress relatively slowly\, such as cancer\,
  the application of precision medicine to infections and infectious diseas
 es can be more challenging—especially for rapidly progressing conditions
 . To this end\, our group is developing multiple technologies that aim to 
 increase the depth of biomarker analysis that can be performed in a clinic
 al laboratory setting. One such technology leverages well-established semi
 conductor fabrication methods to create highly multiplexed and robust sili
 con photonic biosensor arrays that are extremely sensitive and readily sca
 lable to emerging challenges in point-of-care clinical diagnostics. Furthe
 rmore\, the rapidity and multi-marker analytical capabilities of this tech
 nology assays offer benefits over conventional clinical diagnostic tools. 
 In this talk I will discuss applications of this technology in the early d
 etection of acute infections\, longitudinal monitoring of emergent infecti
 ons\, and stratifying the risk of latent disease reactivation.&nbsp\;Bio:R
 yan C. Bailey is the Robert A. Gregg Professor of Chemistry at the Univers
 ity of Michigan. His group is generally focused on the development of enab
 ling microscale technologies for applications in precision medicine. Prof.
  Bailey has a strong interest in creating highly multiplexed detection str
 ategies for in vitro diagnostic applications and his group has pioneered t
 he application of silicon photonic microring resonator arrays as a versati
 le platform for biomolecular detection. This technology is being commercia
 lized by Genalyte\, Inc. Prof. Bailey’s group is also developing a suite
  of microfluidic tools for sample-limited bioanalyses. In recognition of h
 is accomplishments\, Prof. Bailey has been recognized with awards includin
 g a US National Institutes of Health Director’s New Innovator Award\, a 
 Sloan Foundation Fellowship\, the Arthur F. Findeis Award for Achievements
  by a Young Analytical Scientist\, the Pittsburgh Conference Achievement A
 ward\, and the Benedetti-Pichler Award from the American Microchemical Soc
 iety\, and the Edward W. Morley award from the Cleveland ACS Section.\n\nM
 ore information at: https://www.chem.iastate.edu/event/2024/ryan-bailey-an
 alytical-seminar
DTSTAMP:20260509T161907Z
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