Sentence examples for sharing respectively from inspiring English sources

G-Portal further incorporates both a query module and an annotation module for users to search metadata and to create additional knowledge for sharing respectively.

The plant lipoxygenases most closely related to TomLOXF are Solanum tuberosum StLOXH1 [ 25], Nicotiana attenuata NaLOX2 [ 26], and Lycopersicon esculentum TomLOXC [ 16], sharing respectively 79%, 78%, and 76% identity with TomLOXF at the amino acid level.

Indeed, based on the information retrieved from the PEDANT database, two copies of a putative HAA1-homologue are present in the genome of this hybrid strain (ZBAI_01494 and ZBAI_05761) sharing, respectively, 50 and 47%% identity with S. cerevisiae HAA1 nucleotide sequence (pairwise alignment performed at http://www.ebi.ac.uk/Tools/psa/ (European Bioinformatics Institute)).

Receiver can decrypt the shuffle key and password using his own private key K prv, and they are used for key generation and template sharing, respectively.

Both patients who acquired ESBL shared, respectively, one and two days with the index patient (Fig. 2).

Suppose that the meaning of walk, or sing is (for each model in the class) defined as the set of individuals who share respectively the property of walking or the property of singing.

Notably, higher concordances were found among the autoimmune diseases, with MS-RA, MS-T1D and T1D-RA having 84, 61 and 60 interactors shared respectively.

We compared for ALS and PD the genes represented by SNPs in the final models for susceptibility, survival free of disease, and age at onset of disease and noted that 52.2%, 37.8%, and 34.9% of the genes were shared respectively.

For instance, most strains from foci G and H, foci K1 and I, and foci L and M shared respectively genomovar 10, genomovar 11 and genomovar 14 (Figure 2 and Figure S1).

In this study, we found that OSK1 and OSK20 shared, respectively, 23 and 24 of the 26 key amino acids with Hs-SKP1 (Supplementary Fig. S1).

Indeed, carbohydrate-degrading enzymes were much more likely to be shared between nematode-trapping species (22% shared) than were proteases (5 6%), as opposed to in entomopathogens (9 10% and 12 14% shared, respectively) (Additional file 1: Figure S2).