Sentence examples for multifunctional domains from inspiring English sources

Due to its multifunctional domains, FKBP51 regulates several biological processes in the cell, through protein-protein interaction [1].

Nucleoli are now recognized as multifunctional domains containing some 700 different types of proteins involved in several fundamental processes of cell life such as ribosome biogenesis, RNA maturation, cell cycle and apoptosis regulation [1] [3].

The present survey investigated the assembled S. minutum genome and identified 25 candidate polyketide synthase (PKS) genes that encode proteins with mono- and multifunctional domains.

Moreover, the possibility to modify the natural properties of S-layer proteins by genetic manipulations and to incorporate single or multifunctional domains of other proteins while maintaining the self-assembly capability has led to a broad spectrum of applications in numerous areas of both, life and material sciences.

The PHD is a multifunctional domain that is involved in protein interactions and is an E3 ligase.

Whilst CTNNBL1 lacks significant sequence similarity to other proteins, secondary structural predictions suggest that CTNNBL1's central region might comprise an armadillo domain, a multifunctional domain that is found in several unrelated proteins [1,6].

MA121.1 (p = 9.30809e-02) is a binding site of ARR10, whose multifunctional domain is responsible for both nuclear localization and DNA binding [ 50]; MA0096.1 (p = 9.96644e-02) is a binding site of two flower-specific bZIP proteins [ 51].

One possible solution for this problem is to merge all output subgraphs that share such multifunctional binding domains.

Therefore, rather than considering caveolae in general as structures specialized for clathrin-independent endocytosis, they should be considered multifunctional membrane domains with physiological roles depending on cell type and situation (van Deurs et al. 2003).

Hence, our present data and observations that have been reported previously [ 31] suggest that IGCs in early mouse embryos not only are storage sites for splicing factors, but also might be involved in mRNA metabolism, representing multifunctional nuclear domains.

We believe that IGCs in early mouse embryos not only are storage sites of splicing factors but also may be involved in mRNA metabolism and represent the multifunctional nuclear domains.