fup_red_L1 | R Documentation |
Mass Spectrometry measurements of plasma protein binding (PPB) via rapid equilibrium dialysis (RED) for per- and poly-fluorinated alkyl substance (PFAS) samples. Experiments were led by Dr.s Marci Smeltz and Barbara Wetmore \insertCitesmeltz2023plasmainvitroTKstats. This data set is a subset of experimental data containing samples for 3 test analytes/compounds.
fup_red_L1
A level-1 data.frame with 636 rows and 25 variables:
Lab.Sample.Name
Sample description used in the laboratory
Date
Date the sample was added to the MS analyzer
Compound.Name
Name of the test analyte/compound
DTXSID
DSSTox Substance Identifier (CompTox Chemicals Dashboard - CCD)
Lab.Compound.Name
Compound as described in the laboratory
Sample.Type
Type of RED sample
Dilution.Factor
Number of times the sample was diluted
Calibration
Identifier for mass spectrometry calibration – usually the date
ISTD.Name
Name of the internal standard (ISTD) analyte/compound
ISTD.Conc
Concentration of ISTD (uM)
ISTD.Area
Peak area of internal standard (ISTD) compound (pixels)
Area
Peak area of analyte (target compound)
Analysis.Method
General description of chemical analysis method
Analysis.Instrument
Instrument(s) used for chemical analysis
Analysis.Parameters
Parameters for identifing analyte peak (for example, retention time)
Note
Any laboratory notes about sample
Level0.File
Name of the laboratory data file from which the level-0 sample data was extracted
Level0.Sheet
Name of the Excel workbook 'sheet' from which the level-0 sample data was extracted
Time
Time when the sample was measured - in hours (h)
Test.Compound.Conc
Measured concentration of analytic standard (for calibration curve) (uM)
Test.Nominal.Conc
Expected initial concentration of chemical added to RED plate (uM)
Percent.Physiologic.Plasma
Percent of physiological plasma concentration in RED plate (in percent)
Technical.Replicates
Identifier for repeated measurements of a sample of a compound
Biological.Replicates
Identifier for measurements of multiple samples with the same analyte
Response
Response factor (calculated from analyte and ISTD peaks)
waters2008validationinvitroTKstats
\insertRefsmeltz2023plasmainvitroTKstats
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