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- Q289357 subject Q7214357.
- Q289357 subject Q7216147.
- Q289357 subject Q8375909.
- Q289357 subject Q8509313.
- Q289357 subject Q9167408.
- Q289357 abstract "Fructosamines are compounds that result from glycation reactions between a sugar (such as fructose or glucose) and a primary amine, followed by isomerization via the Amadori rearrangement. Biologically, fructosamines are recognized by fructosamine-3-kinase, which may trigger the degradation of advanced glycation end-products (though the true clinical significance of this pathway is unclear). Fructosamine can also refer to the specific compound 1-amino-1-deoxy-D-fructose (isoglucosamine), first synthesized by Nobel laureate Hermann Emil Fischer in 1886.Most commonly, fructosamine refers to a laboratory test for diabetes management that it is rarely used in clinical practice (simple blood glucose monitoring or hemoglobin A1c testing are preferred). Many direct-to-consumer lab testing companies sell fructosamine tests, but these are unnecessary and of limited clinical value.".
- Q289357 wikiPageExternalLink test.
- Q289357 wikiPageExternalLink Fructosamine-3.pdf.
- Q289357 wikiPageWikiLink Q110084.
- Q289357 wikiPageWikiLink Q1129105.
- Q289357 wikiPageWikiLink Q1145668.
- Q289357 wikiPageWikiLink Q11721976.
- Q289357 wikiPageWikiLink Q12152.
- Q289357 wikiPageWikiLink Q122043.
- Q289357 wikiPageWikiLink Q12206.
- Q289357 wikiPageWikiLink Q1642147.
- Q289357 wikiPageWikiLink Q167198.
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- Q289357 wikiPageWikiLink Q7214357.
- Q289357 wikiPageWikiLink Q7216147.
- Q289357 wikiPageWikiLink Q7268769.
- Q289357 wikiPageWikiLink Q736715.
- Q289357 wikiPageWikiLink Q737460.
- Q289357 wikiPageWikiLink Q747468.
- Q289357 wikiPageWikiLink Q759183.
- Q289357 wikiPageWikiLink Q8375909.
- Q289357 wikiPageWikiLink Q8509313.
- Q289357 wikiPageWikiLink Q903420.
- Q289357 wikiPageWikiLink Q9167408.
- Q289357 comment "Fructosamines are compounds that result from glycation reactions between a sugar (such as fructose or glucose) and a primary amine, followed by isomerization via the Amadori rearrangement. Biologically, fructosamines are recognized by fructosamine-3-kinase, which may trigger the degradation of advanced glycation end-products (though the true clinical significance of this pathway is unclear).".
- Q289357 label "Fructosamine".