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Name:

Description:

Data are from a study of the response of the cyanobacterial self-luminescent metallothionein-based whole-cell biosensor Synechoccocus elongatus PCC 7942 pBG2120 to binary mixtures of 6 heavy metals (Zn, Cu, Cd, Ag, Co and Hg).

Variables:

A data frame with 543 observations on the following 4 variables.

metal

a factor with levels Ag AgCd Cd Co CoAg CoCd Cu CuAg CuCd CuCo CuHg CuZn Hg HgCd HgCo Zn ZnAg ZnCd ZnCo ZnHg

conc

a numeric vector of concentrations

BIF

a numeric vector of luminescence induction factors

 

Details

Data are from the study described by Martin-Betancor et al. (2015).

Link To Google Sheets:

Rows:

Columns:

License Type:

References/Notes/Attributions:

Source

Martin-Betancor, K. and Ritz, C. and Fernandez-Pinas, F. and Leganes, F. and Rodea-Palomares, I. (2015) Defining an additivity framework for mixture research in inducible whole-cell biosensors, Scientific Reports 17200.

R Dataset Upload:

Use the following R code to directly access this dataset in R.

d <- read.csv("https://www.key2stats.com/Data_from_heavy_metal_mixture_experiments_485_81.csv")

R Coding Interface:


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