# Furnctions returning vectors for replacing Greek symbols or names ----
GREEKSYM_TO_NAME <- function(){
return(c("\u03b1" = "alpha", "\u03b2" = "beta", "\u03b3" = "gamma",
"\u03b4" = "delta", "\u03b5" = "epsilon",
"\u03b6" = "zeta", "\u03ba" = "kappa", "\u03bb" = "lambda",
"\u03c4" = "tau", "\u03bc" = "mu"))
}
GREEKSYM_TO_LETTER <- function(){
return(c("\u03b1" = "a", "\u03b2" = "b", "\u03b3" = "g",
"\u03b4" = "d", "\u03b5" = "e", "\u03b6" = "z",
"\u03ba" = "k", "\u03bb" = "l", "\u03c4" = "t",
"\u03bc" = "m"))
}
# Mu is not included here because it is in e.g. immunoglobin
GREEKNAME_TO_LETTER <- function(){
c(alpha = "a", beta = "b", gamma = "g", delta = "d",
epsilon = "e", zeta = "z", kappa = "k", lambda = "l",
Alpha = "a", Beta = "b", Gamma = "g", Delta = "d",
Epsilon = "e", zeta = "z", Kappa = "k", Lambda = "l")
}
# Return a table of known duplicated antibody clone names ----
CLONE_DUPS <- function(){
vendors <- c("BioLegend", "BD Biosciences")
df <- data.frame(Clone = c("3D12", "3D12", "3D12", "3D12", "3D12"),
Antibody = c("HLA-E", "HLA-E", "HLA-E", "HLA-E",
"CCR7 (CD197)"),
Vendor = vendors[c(1, 1, 1, 1, 2)],
TotalSeq_Cat = c("A", "B", "C", "D", NA),
Cat_Number = c("342617", "342621", "342619", "342623",
"940014"))
}
# Return a table of isotype controls (checked manually)
ISOTYPE_CONTROLS <- function(){
return(data.frame(Antigen = c("IgG2a", "IgG2a", "IgG1",
"IgG", "IgG1", "IgG2b",
"IgG1", "IgG2c", "IgG2b"),
Clone = c("MOPC-173", "RTK2758", "G0114F7",
"HTK888", "MOPC-21", "MPC-11",
"RTK2071", "RTK4174", "RTK4530")))
}
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