get_fup | R Documentation |
This function retrieves the chemical- and species-specific fraction
unbound in plasma (fup)
from chem.physical_and_invitro.data
.
If that parameter is described by a distribution (that is, a median,
lower-, and upper-95th percentile separated by commas) this
function splits those quantiles into separate values.
get_fup(
chem.cas = NULL,
chem.name = NULL,
dtxsid = NULL,
species = "Human",
default.to.human = FALSE,
force.human.fup = FALSE,
suppress.messages = FALSE,
minimum.Funbound.plasma = 1e-04
)
chem.cas |
Chemical Abstract Services Registry Number (CAS-RN) – if parameters is not specified then the chemical must be identified by either CAS, name, or DTXISD |
chem.name |
Chemical name (spaces and capitalization ignored) – if parameters is not specified then the chemical must be identified by either CAS, name, or DTXISD |
dtxsid |
EPA's DSSTox Structure ID (https://comptox.epa.gov/dashboard) – if parameters is not specified then the chemical must be identified by either CAS, name, or DTXSIDs |
species |
Species desired (either "Rat", "Rabbit", "Dog", "Mouse", or default "Human"). |
default.to.human |
Substitutes missing fraction of unbound plasma with human values if true. |
force.human.fup |
If a non-human species value (matching argument species) is available, it is ignored and the human fraction unbound is returned |
suppress.messages |
Whether or not the output message is suppressed. |
minimum.Funbound.plasma |
fup
is not allowed to drop below this value (default is 0.0001). |
list containing:
Funbound.plasma.point |
Point estimate (central tendency) of the Unbound fraction in plasma |
Funbound.plasma.dist |
Quantiles of a distribution (median, lower and upper 95th percentiles) for the unbound fraction |
John Wambaugh
chem.physical_and_invitro.data
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