Matches in SemOpenAlex for { <https://semopenalex.org/work/W2945931647> ?p ?o ?g. }
- W2945931647 endingPage "1480" @default.
- W2945931647 startingPage "1468" @default.
- W2945931647 abstract "PTH is an important regulator of calcium and phosphate homeostasis and bone remodeling. It is metabolized into PTH fragments, which are measured to a different extent by PTH assays of different generations because of differences in fragments recognized and lack of assay standardization. PTH is measured in the workup of several conditions, and clinical guidelines provide recommendations concerning these measurements. This review provides an overview of the impact of differences between PTH assays, applying distinct clinical guidelines for primary and secondary hyperparathyroidism and perioperative use of PTH measurements. Guidelines deal with PTH measurement in different ways, recommending either trend monitoring, the use of a fold increase of the upper reference limit, or an absolute PTH cutoff value. For classic primary hyperparathyroidism (PHPT), the type of PTH assay used will not affect diagnosis or management because the precise concentration of PTH is less relevant. In chronic kidney disease, the guideline recommends treating secondary hyperparathyroidism above a twofold to ninefold PTH increase, which will result in different clinical decisions depending on the assay used. For patients after bariatric surgery, guidelines state absolute cutoff values for PTH, but the impact of different generation assays is unknown because direct comparison of PTH assays has never been performed. During parathyroid surgery, PTH measurements with a third-generation assay reflect treatment success more rapidly than second-generation assays. Increased awareness among clinicians regarding the complexity of PTH measurements is warranted because it can affect clinical decisions." @default.
- W2945931647 created "2019-05-29" @default.
- W2945931647 creator A5007899392 @default.
- W2945931647 creator A5032865092 @default.
- W2945931647 creator A5059798545 @default.
- W2945931647 creator A5077171719 @default.
- W2945931647 creator A5081126973 @default.
- W2945931647 date "2019-05-13" @default.
- W2945931647 modified "2023-10-16" @default.
- W2945931647 title "Clinical Guidelines and PTH Measurement: Does Assay Generation Matter?" @default.
- W2945931647 cites W111186717 @default.
- W2945931647 cites W1171710792 @default.
- W2945931647 cites W1555403659 @default.
- W2945931647 cites W1604096291 @default.
- W2945931647 cites W1922554536 @default.
- W2945931647 cites W1929915085 @default.
- W2945931647 cites W1963947697 @default.
- W2945931647 cites W1964403552 @default.
- W2945931647 cites W1964908330 @default.
- W2945931647 cites W1965121803 @default.
- W2945931647 cites W1970402992 @default.
- W2945931647 cites W1972887624 @default.
- W2945931647 cites W1973182209 @default.
- W2945931647 cites W1973835767 @default.
- W2945931647 cites W1974819217 @default.
- W2945931647 cites W1985507842 @default.
- W2945931647 cites W1986366277 @default.
- W2945931647 cites W1988608522 @default.
- W2945931647 cites W1997539216 @default.
- W2945931647 cites W2000732656 @default.
- W2945931647 cites W2006390192 @default.
- W2945931647 cites W2011592041 @default.
- W2945931647 cites W2012315333 @default.
- W2945931647 cites W2014383007 @default.
- W2945931647 cites W2017762632 @default.
- W2945931647 cites W2026340291 @default.
- W2945931647 cites W2038504976 @default.
- W2945931647 cites W2051952266 @default.
- W2945931647 cites W2058679203 @default.
- W2945931647 cites W2059484590 @default.
- W2945931647 cites W2059781135 @default.
- W2945931647 cites W2059781665 @default.
- W2945931647 cites W2061465147 @default.
- W2945931647 cites W2067704553 @default.
- W2945931647 cites W2071778002 @default.
- W2945931647 cites W2074006172 @default.
- W2945931647 cites W2074455854 @default.
- W2945931647 cites W2078294495 @default.
- W2945931647 cites W2079730042 @default.
- W2945931647 cites W2081337065 @default.
- W2945931647 cites W2100365572 @default.
- W2945931647 cites W2101075483 @default.
- W2945931647 cites W2104812689 @default.
- W2945931647 cites W2104954752 @default.
- W2945931647 cites W2113306142 @default.
- W2945931647 cites W2114382551 @default.
- W2945931647 cites W2115076796 @default.
- W2945931647 cites W2116360830 @default.
- W2945931647 cites W2120607814 @default.
- W2945931647 cites W2121957610 @default.
- W2945931647 cites W2131604852 @default.
- W2945931647 cites W2132277337 @default.
- W2945931647 cites W2141036148 @default.
- W2945931647 cites W2144398472 @default.
- W2945931647 cites W2148192064 @default.
- W2945931647 cites W2150182249 @default.
- W2945931647 cites W2154326058 @default.
- W2945931647 cites W2164379144 @default.
- W2945931647 cites W2249750199 @default.
- W2945931647 cites W2334545991 @default.
- W2945931647 cites W2499214176 @default.
- W2945931647 cites W2525577459 @default.
- W2945931647 cites W2530562429 @default.
- W2945931647 cites W2530717006 @default.
- W2945931647 cites W2575799354 @default.
- W2945931647 cites W2588742639 @default.
- W2945931647 cites W2595498215 @default.
- W2945931647 cites W2605774707 @default.
- W2945931647 cites W2700576091 @default.
- W2945931647 cites W2733355971 @default.
- W2945931647 cites W2748381296 @default.
- W2945931647 cites W2749023133 @default.
- W2945931647 cites W2753938635 @default.
- W2945931647 cites W2772007676 @default.
- W2945931647 cites W2791016266 @default.
- W2945931647 cites W2807594747 @default.
- W2945931647 cites W2884324039 @default.
- W2945931647 cites W3206083345 @default.
- W2945931647 cites W4210546078 @default.
- W2945931647 cites W4241780253 @default.
- W2945931647 doi "https://doi.org/10.1210/er.2018-00220" @default.
- W2945931647 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/31081903" @default.
- W2945931647 hasPublicationYear "2019" @default.
- W2945931647 type Work @default.
- W2945931647 sameAs 2945931647 @default.
- W2945931647 citedByCount "29" @default.
- W2945931647 countsByYear W29459316472020 @default.
- W2945931647 countsByYear W29459316472021 @default.