Sample cells containing nail clipping fragments prepared for XRF analysis.

<p>The three cells shown are from a single mother-infant pairing and contain, from left to right: fragments from a big toe of a mother, from other toes of a mother, and from toes and fingers of an infant. For each cell, the four fragments are labeled corresponding to the numerical order of the...

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Bibliographic Details
Main Author:	David E. B. Fleming (14835322) (author)
Other Authors:	Nelly Madani (19934988) (author), Michaela G. Kaiser (14835328) (author), Jong Sung Kim (8057024) (author), Erin Keltie (11235621) (author), Natashia Drage (19934991) (author), Ying Jin (107917) (author), Jane Coad (716572) (author), Louise Brough (15243226) (author)
Published:	2024
Subjects:	Biophysics Biochemistry Medicine Cell Biology Sociology Space Science Biological Sciences not elsewhere classified Chemical Sciences not elsewhere classified automated system output 3 months postpartum two time points relative standard deviation ray energy spectrum div >< p excite characteristic x ms concentrations ranged rapidly assess zinc mini )</ p novel portable x provide nail clippings ms zinc concentrations infant nutrition investigation destructive xrf method visit 2 ). xrf zinc results selenium concentration using xrf measurement time ms concentrations visit 2 ms relative assess nutrition portable x ms results ms ). xrf results nail clippings mini ), measurement time first time zinc status visit 1 ray fluorescence ray beam human nutrition 70 ). xrf using xrf measurement energetic x work investigates three groupings therefore important study designed selenium status selenium measurement reliable biomarkers previous findings new zealand mounted prior linear equations infant pairings infant pairing future applications essential minerals clippings prior clipping grouping breastfed children big toe best fit approach used adversely affect 659 μg 646 μg 127 μg 122 μg
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Sample cells containing nail clipping fragments prepared for XRF analysis.

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