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The two main models proposed to explain the evolution of circularly permuted proteins are permutation by duplication and fission and fusion.
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This section describes briefly some of the main AC models proposed for the single-hop wireless environment, which refers to the wireless infrastructure mode.
The 5D version of the main NLK models proposed in the literature are presented, which allows the definition of a unified generalized equation.
Currently, two main models are proposed for the mechanism of intron loss [ 11]: (1) deletion at the genome level [ 43]; and (2) homologous recombination between the genomic copy of a gene and the cDNA produced by the reverse transcription of its mature mRNA or partially spliced pre-mRNA [ 44].
The main models that were proposed to evaluate Equation 8 are reviewed in the following.
Three main models have been proposed to explain the molecular mechanism of target repression by the silencer [46].
Two main models have been proposed to explain the distribution of MSL complexes along the X chromosome.
Two main models have been proposed for the evolution of novel gene function associated with gene duplication.
Two main models have been proposed to explain the evolutionary changes in the genetic code [reviewed in [ 4- 7]].
Three main models have been proposed which consider different features of cortical organization as predictors for the characteristics of cortical connections.
Based on recent developments in understanding miRNA biology and mechanisms, at least three main models can be proposed by which miRNAs could modulate gene expression post-transcriptionally: (1) inhibition of translation initiation, (2) postinitiation inhibition of translation, and (3) mRNA destabilization.
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