Sentence examples for predicted to complement from inspiring English sources

Because expanding the primary screen to include histopathology was predicted to complement and extend the MGP's current interrogation of the phenotypic consequences of each targeted allele, we undertook a pilot screen in which histopathology was assessed using the biobanked samples from 50 mutant lines that had completed the MGP primary screen.

The protein products of these genes are predicted to lack the full complement of Rab canonical sequence motifs [19].

Although B. hyodysenteriae was predicted to contain the complete complement of non-oxidative pentose phosphate pathway enzymes, based on KEGG analysis it did not utilize this pathway for either ribose-5-phosphate or aromatic amino acid biosynthesis.

Because the p53[EY14108] mutation is predicted to produce an altered complement of p53 protein isoforms, it is grouped here with the dominant mutants ("M").

This pathway was predicted to consist of the complement and coagulation cascades, Staphylococcus aureus infection pathway, phagosome pathway, and antigen processing and presentation pathway.

Of the 85 non-host associated bacteria represented in the database, 75 were predicted to contain a complete complement of shikimic acid pathway enzymes when compared to the HMM models.

Here we characterise a superfamily predicted to be the full complement of Candidates for Secreted Effector Proteins (CSEPs) in the fungal barley powdery mildew parasite B. graminis f.sp.sp

In addition, there is growing evidence that epigenetic mechanisms are critical in the control and regulation of gene expression (Westenberger et al., 2009; Chaal et al., 2010; Jiang et al., 2010) with Plasmodium genomes predicted to encode a full complement of histone-modifying enzymes (Cui and Miao, 2010).

In the unitary constructs (Fig. 3), where the fraction of spontaneously complemented TEVp fragments is predicted to be higher, clear background activity is also visible.

Finally, we want to emphasize that our approach is not intented as alternative to existing methods to predict periodic genes but to complement such methods because we utilize different information.

Protein alignments (using e.g. tblastx) and syntenic protein lift-overs from a variety of other species provide a valuable resource to complement the predicted gene models.