The Gibbs Motif Sampler software from the Biometrics Laboratory of Wadsworth Center, Albany, NY, USA was used to identify matrix models describing DNA sequence motifs present upstream of genes responsive to butanol treatment [ 59, 60].
The Gibbs Motif Sampler software from the Biometrics Laboratory of Wadsworth Center, (http://www.bayesweb.wadsworth.org/gibbs/gibbs.html), was used to identify matrix models describing DNA sequence motifs present upstream of genes responsive to ethanol treatment [ 50, 51].
This model describes cellular behavior under pseudo steady-state conditions, where S is stoichiometric matrix that contains the stoichiometric coefficients corresponding to all internal (balanced) metabolites.
The model describes cell matrix interactions on the level of individual cells.
For matrix systems, models describing pure polymer dissolution, diffusion in the polymer and drug release from swelling and eroding polymer matrix formulations are reviewed.
Recently, we have introduced a numerical transient model describing matrix systems where the drug dissolution can be non-instantaneous.
Note that the parameters of the multivariate normal distribution in step 2 come from the matrix notation of the mixed model described above, where X is the design matrix of the fixed effects and V is the block-diagonal total variance-covariance matrix with diagonal elements equal to and off-diagonal elements equal to.
We assumed a linear model described in matrix notation as y = Xβ + F where, X is a matrix of independent variables, and y is some response variable to be predicted.
Different from previous methods, we analyze the time frequency characteristics about traffic matrix and build the time frequency model describing it.
A model describing effective facilitation of the Maturity Matrix was developed by reviewing the literature on facilitator skills relevant to quality improvement in primary care.
