Olink Explore 384 Inflammation 1 Panel🔗

Name

Olink Explore 384 Inflammation 1 Panel (Olink)

Concatenated Dataproteins/olink/inflammation/
Construct

Maternal Inflammation

Study Visits

V01

TypeIn-person Biospecimen collection (Parent on Self)
Quality Control

Olink internal assay controls include extension (used for normalization to generate NPX values), incubation, and amplification controls used to monitor assay performance and individual sample quality. See the Olink® Explore Overview (section 7.1 Internal controls) for details. Proteins that did not meet Olink’s quality control criteria (N=10) have values of 0 for {ASSAY}_Count and NA for ExtNPX, NPX, and PCNormalizedNPX.

74 samples that were run in this batch are not included in this data release. However, data normalized by median plate intensity included NPX values from these excluded subjects. We anticipate that these subjects will be included in later data releases.

Limits of detection (LOD) were not calculated for this release. Users should compute LOD values using negative control (NC) samples. Proteins with a high proportion of values below the LOD should be excluded or interpreted with caution. 14 assays have low NC counts and calculating LOD based on NPX is not appropriate, so these assays should also be interpreted with caution.


Instrument Details🔗

Protein abundance of inflammatory markers was measured using the Olink Explore 384 Inflammation 1 Panel (Olink® Explore 3072/384), with data generated using Explore version 6.7.2.

Olink data are reported as Normalized Protein eXpression (NPX) values. NPX is a proprietary, arbitrary unit that reflects relative protein abundance, with higher values indicating higher abundance. Values are reported on a logâ‚‚ scale, such that a difference of 1 NPX corresponds to a two-fold difference in protein abundance. Note that NPX values are only comparable for the same protein across samples and plates and cannot be used for comparisons between different proteins. See the Panel Quick Guide at the end of this page for the full assay list.

Release Data🔗

The Olink datasets are provided as concatenated data, including two versions of the main data to support different analysis workflows:

Olink_allplates_long.csv Olink_allplates_wide.csv
Format Long Wide
Structure One row per participant–protein combination One row per participant & one column per protein
Dimensions 538,080 rows × 16 columns 1,416 rows × 1,522 columns

Reference: Olink® Explore Overview

Variable Description
SampleIDUnique identifier for participant sample or control
SampleTypeSample type - see Olink® Explore Overview section 7.2 for external control type descriptions
WellIDPlate well position
PlateIDPlate number (1–15) or run identifier
DataAnalysisRefIDOlink analysis reference ID
OlinkIDOlink assay identifier
UniProtUniProt or control code
AssayAssay/control name
AssayTypeassay, ext_ctrl, inc_ctrl, amp_ctrl
BlockOlink plate block
Count Raw oligo sequence count value (wide format variable name: {ASSAY}_Count)
ExtNPX Extension-normalized count value (wide format variable name: {ASSAY}_ExtNPX)
NPX Protein eXpression normalized by median plate intensity (wide format: {ASSAY}_NPX)
PCNormalizedNPX Plate-control normalized NPX-like value (wide format variable name: {ASSAY}_PCNormalizedNPX)
AssayQC Assay-level QC flag
SampleQCSample-level QC flag

Resources🔗

Olink Explore 384 Inflammation 1 Panel

ACTN4ADAADAM23ADGRE2AGERAGRNAGRPALDH3A1AMBNAMNANGPT1ANGPTL2ANGPTL4ANXA11AOC1ARHGEF12ARNTARTNATP5IF1AXIN1B4GALT1BACH1BANK1BCRBCL2L11BIDBSGBTN2A1BTN3A2CCL3CCL4CCL7CCL11CCL13CCL17CCL20CCL21CCL22CCL23CCL24CCL25CCL26CCL28CCN2CD4CD6CD22CD40 CD40LGCD48CD58CD70CD79BCD83CD84CD160CD200CD200R1CD244CD276CDONCEACAM21CEP164CHRDL1CLEC4ACLEC4CCLEC4DCLEC4G CLEC7ACLIP2CLSTN2CNTNAP2COL9A1COLEC12CRHBPCRIM1CRKLCRLF1CSF1CSF3CST7CTRCCTSCCTSOCXADRCXCL1CXCL3CXCL6CXCL8CXCL9CXCL10CXCL12CXCL14CXCL17DAG1DAPP1DBNLDECR1DGKZDNAJA2DNPH1DNERDPP10DFFAEDAREGFEGLN1EIF4G1EIF5AENAHENPP5ENPP7EPCAMEPHA1EPOERBB3ESM1FABP1FABP9FASLGFCARFCRL2FCRL3FCRL6FGF2FGF5FGF19FIS1FLT3LGFOXO1FSTFSTL3FXYD5GALGALNT3GBP2GMPRGLOD4GOPCGZMAGZMBHGFHCLS1HEXIM1HLA-DRAHLA-EHPCAL1HSD11B1HSPA1AICA1ICAM4IDSIFNGIFNGR1IFNLR1IKBKGIL1AIL1BIL1R2IL1RL2IL1RNIL2IL2RBIL3RAIL4IL4RIL5IL5RAIL6IL7IL10IL10RAIL10RBIL11IL12BIL12RB1IL13IL15IL15RAIL16IL17AIL17CIL17DIL17FIL17RBIL18IL18R1IL20IL20RAIL22RA1IL24IL32IL33IRAK1IRAK4IRF?ISM1ITGA6ITGA11ITGB6ITM2AJCHAINJUNKLRB1KLRD1KRT19KYNULAMA4LAMP3LAP3LAIR1LATLGALS4LGALS9LGMNLIFRLTALTBRLY6DLY75LY9MANFMAP2K6MAPK9MATN2MEGF10MEPEMETAP1DMERTKMGMTMGLLMILR1MICB_MICAMMP1MMP10MPIG6BMVKMYO9BMZB1NBNNCK2NCF2NCLNNCR1NELL2NME3NFASCNFATC1NFATC3NRTNNT5C3ANTF3NUDCNUB1NPPCOMDOSCAROSMPADI2PAPPAPARP1PCDH1PDGFBPDLIM7PGFPIK3AP1PLA2G4APLAURPLXNA4PNLIPRP2PON3PREBPRELPPRDX3PRDX5PRKAB1PRKCQPRSS8PSIP1PSMG3PSPNPTPRMPTPN6PTX3RAB37RABGAP1LRAB6AREG4RGS8ROBO1SAMD9LSCG3SCGB1A1SCGB3A2SCGNSCRN1SELPLGSERPINB8SH2D1ASHMT1SIGLEC1SIGLEC10SIRPB1SIT1SKAP2SLAMF1SLAMF7SLC39A5SMOC2SMPDL3ASPINK4SPINT2SPON1SPRY2SRPK2STX8SULT2A1TANKTFF2TGFATGFB1TIMP3TLR3TNFTNFAIP8TNFRSF4TNFRSF11ATNFRSF11BTNFRSF13BTNFRSF13CTNFRSF14TNFSF10TNFSF11TNFSF12TNFSF13TPSAB1TPT1TRAF2TREM2TRIM5TRIM21VEGFAVEGFDVASH1WASWFIKKN2WNT9AYTHDF3