Description Usage Arguments Details Value
estimate the mean equilibrium dissociation constant based on the two state model
1 2 3 4 |
x |
SensorgramData containing the data to be fitted |
mode |
Integer to selection which type of fitting to do
1 to do nonlinear regression |
type |
integer to indicate which type of analysis in dissociation phase to be used. 1. for multi-state approximation 2. for two state do fitting and then regression. |
steadyStateStart |
numeric the starting time for steady state optional and if provided, will overwrite the one in sensorgramdata |
steadyStateEnd |
numeric the ending time for steady state optional and if provided, will overwrite the ones in sensorgramdata |
windowSize |
numeric the time period used to do approximation to estimate the mean dissociaiton rate constant |
init.association |
list of initial values of parameter to do the non-linear regression. It has the following members list(Rmax=200, KD=1E-3) |
init.dissociation |
list of initial values of parameter to do the non-linear regression. It has the following members for type 1 analysis list(R1=100, r1=0.1) and for type 2 analysis list(R1=20, R2=200,r1=-0.005,r2=-0.001) |
control |
list of control elements for run non-linear regression |
trace |
boolean to control whether show the trace of nonlinear regression. |
fix.ligand |
a boolean indicating which ligand immoblization
model is using. |
Rligand |
the input for the variable immobilization levels of
ligands on the chip. This is used by the variable ligand
immbolization model.See also |
It can also estimate the mean dissociation rate constants at the steady state. It assumes the two state model, but can be easily generilized to more than "two-conformation" cases. In the multi-conformation cases, the mean dissociation rate constant can only be approximated empirically using the data of a small window at the beginning of the dissociation phase. Check detail of the implementation here http:// Note: this one is a S4 method. it is probably not necessary. We will change it(??).
a list of parameters estimated
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