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LIBRIS Formathandbok  (Information om MARC21)
FältnamnIndikatorerMetadata
00009270naa a2201369 4500
001oai:DiVA.org:ri-51499
003SwePub
008210111s2020 | |||||||||||000 ||eng|
024a https://urn.kb.se/resolve?urn=urn:nbn:se:ri:diva-514992 URI
024a https://doi.org/10.1088/0026-1394/57/1A/080132 DOI
040 a (SwePub)ri
041 a engb eng
042 9 SwePub
072 7a ref2 swepub-contenttype
072 7a art2 swepub-publicationtype
100a Wang, J.u NIM National Institute of Metrology, China4 aut
2451 0a Final report of the CCQM-K145 :b Toxic and essential elements in bovine liver
264 1b IOP Publishing Ltd,c 2020
338 a print2 rdacarrier
520 a Liver plays a major role in metabolism and acts as a source of energy for the body by storing glycogen. With the growing interest and investigation in the biological effects in recent years, it is important and necessary to develop accurate and comparable analytical methods for elements in bio-samples. It has, however, been 10 years since the tissue sample (bovine liver) of CCQM-K49 key comparison. The purpose of CCQM-K145 is to ensure the comparable and traceable measurement results for essential and toxic elements such as P, S, Zn, Mn, Ni, Mo, Sr, Cr, Co, Pb, As and Hg in bovine liver among NMIs and other designated measurement bodies worldwide. The comparison was agreed by IAWG as 6th IAWG Benchmarking Exercise with Zn and Ni as exemplary elements at the meeting in Korea in the early October 2016. The results of CCQM-K145 are expected to cover the measurement capability and support CMCs claiming for inorganic elements in the similar biological tissue materials and food samples. 30 NMIs and DIs registered in CCQM-K145. With respect to the methodology, a variety of techniques such as IDMS, ICP-OES, ICP-MS(non-ID), AAS and NAA were adopted by the participants. For Zn, Ni, Sr, Pb and Hg measurements, most participants chose ID-ICP-MS method, which showed the better performance in terms of consistency and reliability of the measurement results. In aspect of the traceability for the measurement results in CCQM-K145, most participants used their own (in house) CRMs or other NMI's CRMs to guarantee trace to SI unit. Most participants used similar matrix CRMs for quality control or method validation. Base on different statistic way to calculate the reference mass fraction values and associated uncertainties for each measurand, removal of the suspected extreme values, and discussion at the IAWG meetings, the median values are proposed as the KCRV for Zn, Ni, Mn, Mo, Cr, Pb and Hg; the arithmetic mean values are proposed as the KCRV for P, S, Sr, Co and As. In general, the performances of the majority of CCQM-K145 participants are very good, illustrating their measurement capabilities for Zn, Ni, P, S, Mn, Mo, Sr, Cr, As, Co, Pb and Hg in a complex biological tissue matrix. Bovine liver contains many kinds of nutrients and microelements, it can be regarded as a typical representative material of biological tissue and food. In CCQM-K145, the analytes involved alkali metals and transition elements, metalloids/semi-metals and non metals with a range of mass fraction from mg/g to μg/kg. CCQM-K145 also tested the ability of NMIs/DIs to determine elements that were easy to be lost and polluted, and interfered significantly. The chemical pretreatment methods of samples used in the comparison is suitable for general food and biological matrix samples. A variety of measurement methods used in the comparison represent the main instrumental technology for elemental analysis. Therefore, for supporting CMC claim, CCQM-K145 is readily applicable to measurement of more elements in a wide range of biological materials (including liquids and solids) and meat products. Main text To reach the main text of this paper, click on Final Report. Note that this text is that which appears in Appendix B of the BIPM key comparison database kcdb.bipm.org/. The final report has been peer-reviewed and approved for publication by the CCQM, according to the provisions of the CIPM Mutual Recognition Arrangement (CIPM MRA).
653 a Alkali metals
653 a Chemical analysis
653 a Inductively coupled plasma mass spectrometry
653 a Mammals
653 a Mass spectrometers
653 a Mercury compounds
653 a Quality control
653 a Biological matrixes
653 a Chemical pre-treatment
653 a Essential elements
653 a Inorganic elements
653 a Key comparison database
653 a Measurement methods
653 a Mutual recognition arrangements
653 a Transition element
653 a Tissue
700a Chao, J.u NIM National Institute of Metrology, China4 aut
700a Wei, C.u NIM National Institute of Metrology, China4 aut
700a Li, H.u NIM National Institute of Metrology, China4 aut
700a Wang, Q.u NIM National Institute of Metrology, China4 aut
700a Song, P.u NIM National Institute of Metrology, China4 aut
700a Lu, H.u NIM National Institute of Metrology, China4 aut
700a Zhou, Y.u NIM National Institute of Metrology, China4 aut
700a Tang, Y.u NIM National Institute of Metrology, China4 aut
700a Wang, S.u NIM National Institute of Metrology, China4 aut
700a Yang, L.u National Research Council Canada, Canada4 aut
700a Nadeau, K.u National Research Council Canada, Canada4 aut
700a Pihillagawa, I. G.u National Research Council Canada, Canada4 aut
700a Johnson, M. E.u NIST National Institute of Standards and Technology, US4 aut
700a Yu, L. L.u NIST National Institute of Standards and Technology, US4 aut
700a Näykki, T.u SYKE, Finland4 aut
700a Sara-Aho, T.u SYKE, Finland4 aut
700a Pérez Zambra, R.u LATU, Uruguay4 aut
700a Napoli, R.u LATU, Uruguay4 aut
700a Rienitz, O.u PTB, Germany4 aut
700a Noordmann, J.u PTB, Germany4 aut
700a Pape, C.u PTB, Germany4 aut
700a Towara, J.u PTB, Germany4 aut
700a Tsz-Chun, C.u GLHK, Hong Kong4 aut
700a Hei-Shing, C.u GLHK, Hong Kong4 aut
700a Stakheev, A.u VNIIFTRI, Russia4 aut
700a Dobrovolskiy, V.u VNIIFTRI, Russia4 aut
700a Stolboushkina, T.u VNIIFTRI, Russia4 aut
700a Glinkova, A.u VNIIFTRI, Russia4 aut
700a Taebunpakul, S.u NIMT, Thailand4 aut
700a Thiengmanee, U.u NIMT, Thailand4 aut
700a Kaewkhomdee, N.u NIMT, Thailand4 aut
700a Uribe, C.u INACAL, Peru4 aut
700a Carrasco, E.u INACAL, Peru4 aut
700a Botha, A.u NMISA, South Africa4 aut
700a Fisicaro, P.u LNE, France4 aut
700a Oster, C.u LNE, France4 aut
700a Ahumada, D. A. F.u INMC, Colombia4 aut
700a Abella, J. P.u INMC, Colombia4 aut
700a Segura, S.u INMC, Colombia4 aut
700a Shin, R.u HSA, Singapore4 aut
700a Deborah, S. L. P.u HSA, Singapore4 aut
700a Dewi, F.u HSA, Singapore4 aut
700a Kiat, B. T. M.u HSA, Singapore4 aut
700a Zongrong, W. Y.u HSA, Singapore4 aut
700a Wah, L. H.u HSA, Singapore4 aut
700a Haraldsson, Connyu RISE,Kemi, biomaterial och textil4 aut0 (Swepub:ri)conny.haraldsson@ri.se
700a Merrick, J.u NMIA, Australia4 aut
700a Antin, L.u NMIA, Australia4 aut
700a White, I.u NMIA, Australia4 aut
700a Goenaga-Infante, H.u LGC, UK4 aut
700a Hill, S.u LGC, UK4 aut
700a Entwisle, J.u LGC, UK4 aut
700a Jaćimović, R.u JSI, Slovenia4 aut
700a Zuliani, T.u JSI, Slovenia4 aut
700a Fajon, V.u JSI, Slovenia4 aut
700a Yim, Y. -Hu KRISS, South Korea4 aut
700a Heo, S. W.u KRISS, South Korea4 aut
700a Lee, K. -Su KRISS, South Korea4 aut
700a Lee, J. W.u KRISS, South Korea4 aut
700a Lim, Y.u KRISS, South Korea4 aut
700a Okumu, T. O.u KEBS, Kenya4 aut
700a Ndege, M.u KEBS, Kenya4 aut
700a Wangui, L.u KEBS, Kenya4 aut
700a Can, S. Z.u UME, Turkey4 aut
700a Coskun, F. G.u UME, Turkey4 aut
700a Tunc, M.u UME, Turkey4 aut
700a Giannikopoulou, P.u EXHM, Greece4 aut
700a Kakoulides, E.u EXHM, Greece4 aut
700a Inagaki, K.u NMIJ, Japan4 aut
700a Miyashita, S. -Iu NMIJ, Japan4 aut
700a Klich, H.u INRAP, Tunisia4 aut
700a Jebali, R.u INRAP, Tunisia4 aut
700a Chaaban, N.u INRAP, Tunisia4 aut
700a Bergamaschi, L.u INRIM, Italy4 aut
700a Sobina, E.u NUIIM, Russia4 aut
700a Tabatchikova, T.u NUIIM, Russia4 aut
700a Migal, P.u NUIIM, Russia4 aut
710a NIM National Institute of Metrology, Chinab National Research Council Canada, Canada4 org
773t Metrologiad : IOP Publishing Ltdg 57:1 Aq 57:1 Ax 0026-1394x 1681-7575
8564 8u https://urn.kb.se/resolve?urn=urn:nbn:se:ri:diva-51499
8564 8u https://doi.org/10.1088/0026-1394/57/1A/08013

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